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what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | does pressure make a sucker stick on a wall ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | why is pressure a scalar quantity ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | this definition also means that the units of pressure are newtons per square meter $ \dfrac { \text { n } } { \text { m } ^2 } $ which are also called pascals or abbreviated as $ \text { pa } $ . how do you find the pressure in a fluid ? a solid surface can exert pressure , but fluids ( i.e . | under the heading `` how do you find pressure in a fluid ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | people often want to plug in the density of the object submerged $ \rho_ { object } $ into the formula for gauge pressure within a fluid $ p=\rho g h $ , but the density in this formula is specifically referring to the density of the fluid $ \rho_ { fluid } $ causing the pressure . people often mix up absolute pressure... | is it possible to have a negative absolute pressure such as in the blackholes or wormholes ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | if you wanted a formula for the total pressure ( also called absolute pressure ) at the top of the can of beans you would have to add the pressure from the earth 's atmosphere $ p_ { atm } $ to the pressure from the liquid $ \rho gh $ . $ { \large p_ { total } =\rho gh +p_ { atm } } $ we typically do n't try to derive ... | p atm using phg , up to what depth/height in the atmosphere would the measurement be made ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | my question is that ; as it is given above that the pressure a liquid is exerting on an object does not depend on characters of the object ; then can we say that 2 objects having different characters such as different mass , volume , density , but having same total surface area ( t.s.a ) ; then would the pressure on bo... |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | people often want to plug in the density of the object submerged $ \rho_ { object } $ into the formula for gauge pressure within a fluid $ p=\rho g h $ , but the density in this formula is specifically referring to the density of the fluid $ \rho_ { fluid } $ causing the pressure . people often mix up absolute pressure... | why is not possible to have negative absolute pressure ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | the density of the seawater is $ 1025\dfrac { \text { kg } } { m^3 } $ . the window is circular with a radius of $ 5.60 \text { cm } $ . the seahorse is impressed that the window does not break from the pressure caused by the weight of the seawater . | the window of the sub is in the side of the sub , so how could gravity effects the window since gravity acceleration effects vertically ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | if the pressure is higher in a big h place why do not things just go up in the air or in a liquid ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | ) } $ $ p=\dfrac { mg } { a } \quad \text { ( plug in formula for weight of the chair } w=mg \text { for the force f ) } $ $ p=\dfrac { mg } { 4\times \pi r^2 } \quad \text { ( plug in the total area of the feet of the chair $ 4\times \pi r^2 $ for the area a . ) } $ $ p=\dfrac { ( 7.20\text { kg } ) ( 9.8\dfrac { \tex... | in the examples 1 and 2 , i count the task using the given numbers and the answers i get are : example 1 : 33220,33898 pa example 2 : 6234,7122 ... n why are these answers in the examples in different forms ( 33,200 pa and 6,230 n ) and how do i change them to this form ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | how is pressure different from shear stress ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | stupid question : water pressure at the bottom of a tube of a length of 10m and cross-section 10cm2 would be the same as the pressure if i dived 10m deep into the ocean ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | hi , what are we able to say about the upward pressure exerted by the fluid column below the object ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | when the can of beans fell into the water , it quite rudely displaced a large amount of water molecules from the region where the can is now . this caused the entire water level to rise . but water is pulled down by gravity which makes it want to try and find the lowest level possible . | if you were to look at these molecules at a deeper level , will you always just see random movement ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | this definition also means that the units of pressure are newtons per square meter $ \dfrac { \text { n } } { \text { m } ^2 } $ which are also called pascals or abbreviated as $ \text { pa } $ . how do you find the pressure in a fluid ? a solid surface can exert pressure , but fluids ( i.e . | what if the a of an object in the fluid is different from the a of the fluid container , you cant cancel a in pgacontainerd/aobject to find the pressure value , isnt it ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | to make this concept precise , we use the idea of pressure . pressure is defined to be the amount of force exerted per area . $ { \large p=\dfrac { f } { a } } $ so to create a large amount of pressure , you can either exert a large force or exert a force over a small area ( or do both ) . | then why do we count the area of the submarines porthole in the last example ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | is gauge pressure the pressure acting on a surface besides atmospheric pressure or is it the amount by which the pressure measured in a fluid exceeds that of the atmosphere ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | when measuring pressure , people often do n't want to know the total pressure ( which includes atmospheric pressure ) . people typically want to know the difference in some pressure from atmospheric pressure . the reason is that atmospheric pressure does n't change much and it 's almost always present . | what is the difference between force and pressure ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | in fact , this formula does n't depend on anything about the can of beans other than the depth it is below the surface of the fluid . so this formula would work equally well for any object in any liquid . or , you could use it to find the pressure at a specific depth in a liquid without speaking of any object being sub... | while deriving the formula for finding pressure in a liquid , the container was cylindrical , so we use the formula pie r^2 [ square ] h as the volume of cylinder , so would this formula be different in different shapes of containers , for ex if the container is in the shape of a sphere ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | people often want to plug in the density of the object submerged $ \rho_ { object } $ into the formula for gauge pressure within a fluid $ p=\rho g h $ , but the density in this formula is specifically referring to the density of the fluid $ \rho_ { fluid } $ causing the pressure . people often mix up absolute pressure... | if the absolute pressure is zero then what will be the guage pressure i think it will be -14.7 is it true ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | this might seem strange if you think about it because it 's hard to imagine hammering in a nail with liquid . to make sense of this , imagine being submerged to some depth in water . the water above you would be pushing down on you because of the force of gravity and would therefore be exerting pressure on you . if you... | how would we find the height change of mercury when we add water to a u-shaped tube containing mercury ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes just knowing the magnitude of the force is n't enough , you also have to know how that force is distributed on the surface of impact . for the nail , all the force between the wa... | what is the force acting on the bottom of the can of beans ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes just knowing the magnitude of the force is n't enough , you also have to know how that force is distributed on the surface of impact . for the nail , all the force between the wa... | or what is causing that force that is acting on the bottom of the can of beans ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | how the area in pressure is a vector quantity ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | we 'll plug this into the equation for pressure above and get , $ p=\dfrac { m_w g } { a } $ at this point it might not be obvious what to do , but we can simplify this expression by writing $ m_w $ in terms of the density and volume of the water . since density equals mass per volume $ \rho=\dfrac { m } { v } $ , we c... | what is the difference between mass and density ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | this definition also means that the units of pressure are newtons per square meter $ \dfrac { \text { n } } { \text { m } ^2 } $ which are also called pascals or abbreviated as $ \text { pa } $ . how do you find the pressure in a fluid ? a solid surface can exert pressure , but fluids ( i.e . | if in a container , a liquid is placed at the bottom , a gas bubble is created in the middle layer and another fluid is placed above this bubble , will the pressure at any point in the bottom layer be influenced by the fluid in the uppermost layer ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | is it easier to lift objects at higher altitudes due to less pressure ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | this means , as long as the fluid you 're finding the pressure for is near the surface of the earth and exposed to the atmosphere ( not in some sort of vacuum chamber ) you can find the total pressure ( also called absolute pressure ) with this formula . $ p_ { total } = \rho gh +1.01 \times 10^5 pa $ what 's the diffe... | 008 ( part 1 of 2 ) 10.0 points how much pressure is applied to the ground by an 82 kg man who is standing on square stilts that measure 0.04 m on each edge ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | say i what a pneumatic cylinder to react faster will increasing the air pressure cause the cylinder to move faster ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | this definition also means that the units of pressure are newtons per square meter $ \dfrac { \text { n } } { \text { m } ^2 } $ which are also called pascals or abbreviated as $ \text { pa } $ . how do you find the pressure in a fluid ? a solid surface can exert pressure , but fluids ( i.e . | can someone explain what will be the pressure exerted by fluid on the sides of a cube immersed inside a container of fluid ( say water ) .i can understand pressure exerted by fluid on top face of the cube but i find difficulty in understanding pressure exerted on its bottom face and its side faces.could someone please ... |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | because of this , most gauges and monitoring equipment use what is defined to be the gauge pressure $ p_ { gauge } $ . gauge pressure is the pressure measured relative to atmospheric pressure . gauge pressure is positive for pressures above atmospheric pressure , zero at atmospheric pressure , and negative for pressure... | why is the concept of gauge pressure introduced ? |
what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . this shows that sometimes... | what does pressure mean ? if you tried to hammer a bowling pin into the wall , nothing would probably happen except for people deciding to no longer lend you their bowling pins . however , if you hammer with the same force on a nail , the nail would be a lot more likely to penetrate the wall . | does that mean that if enough force is applied , a bowling pin can be `` pinned '' to the wall ? |
it is hard to imagine an image of war that matches the visceral and psychological power of the night attack on the sanjô palace . this thirteenth century portrayal of a notorious incident from a century earlier appears on a hand scroll , a common east asian painting format in japan called an emaki . it also is a prime ... | this thirteenth century portrayal of a notorious incident from a century earlier appears on a hand scroll , a common east asian painting format in japan called an emaki . it also is a prime example of the action‐packed otoko‐e , “ men ’ s paintings , ” created in the kamakura period . designed to be unrolled in section... | how was this style of `` dots '' that produced such a wonderfully smoky look created ? |
it is hard to imagine an image of war that matches the visceral and psychological power of the night attack on the sanjô palace . this thirteenth century portrayal of a notorious incident from a century earlier appears on a hand scroll , a common east asian painting format in japan called an emaki . it also is a prime ... | the taira and the minamoto clans served powerful interests in all of these disputes , while also pursuing their own ambitions as bitter rivals of the other . simply put the night attack was part of fujiwara no nobuyori ’ s bid to seize power by abducting both the emperor and the retired emperor . backed by minamoto no ... | does it mean that this art probably painted under the instruction of the emperor ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | in this case her displacement would be $ +2 \text { m } $ , the magnitude of her displacement would be $ 2 \text { m } $ , but the distance she traveled would be $ 150 \text { m } $ . in kinematics we nearly always deal with displacement and magnitude of displacement and almost never with distance traveled . one way to... | so , basically what is kinematics ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | in this case her displacement would be $ +2 \text { m } $ , the magnitude of her displacement would be $ 2 \text { m } $ , but the distance she traveled would be $ 150 \text { m } $ . in kinematics we nearly always deal with displacement and magnitude of displacement and almost never with distance traveled . one way to... | what is the difference between displacement and magnitude of displacement ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | why is n't displacement just called distance ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | now consider the passenger that walks relative to the plane in figure 2 . figure 2 : a passenger moves from his seat to the back of the plane . the $ −4.0\text { m } $ displacement of the passenger relative to the plane is represented by an arrow toward the rear of the plane . ( image credit : openstax college physics ... | regarding the person who is walking to the back of the plane , does it matter that the plane is actually moving forward when we are considering his displacement ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | what is the difference between `` distance traveled '' and `` displacement '' ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | object a travels a total distance of $ 7\text { m } $ . object b travels a total distance of $ 5\text { m } $ . object c travels a total distance of $ 8\text { m } +2\text { m } +2\text { m } =12\text { m } $ . | how did you get the total distance of object d ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | in other cases , we use reference frames that are not stationary but rather are in motion relative to earth . to describe the position of a person in an airplane , for example , we use the airplane , not earth , as the reference frame ( figure 2 ) . the variable $ x $ is often used to represent the horizontal position ... | if a woman moves to the back of an airplane , seven steps from her original spot , and the airplane is your reference point , how can the airplane be your reference point to show a person 's movement if the point itself ( the plane ) is bigger than the lady and the the distance traveled ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | but to describe an object 's motion , we have to first be able to describe its position—where it is at any particular time . more precisely , we need to specify its position relative to a convenient reference frame . earth is often used as a reference frame , and we often describe the position of an object as it relate... | could a reference point be infinitely large or is there a limit ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the $ +2.0\text { m } $ displacement of the professor relative to the whiteboard is represented by an arrow pointing to the right . ( image credit : openstax college physics ) the professor ’ s initial position is $ x_0=1.5\text { m } $ and her final position is $ x_f=3.5\text { m } $ . thus , her displacement can be f... | if a object moved from 1.5 meters away from the reference point to 1.5 meters away on the other side ( going left ) , would it be negative since technically xf and x0 are the same value ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | for example , the professor could pace back and forth many times , perhaps walking a distance of 150 meters during a lecture , yet still end up only two meters to the right of her starting point . in this case her displacement would be $ +2 \text { m } $ , the magnitude of her displacement would be $ 2 \text { m } $ , ... | for the displacement of a and b it would n't be 0 ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | what is the difference in saying `` distance '' and `` distance travelled '' ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | is n't `` distance '' a scalar quantity ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the initial position from the final position . what do solved examples involving displacement look like... | in figure 2 considering which length the values of initial and final positions of the person are given ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the variable $ y $ is often used to represent the vertical position . what does displacement mean ? if an object moves relative to a reference frame—for example , if a professor moves to the right relative to a whiteboard , or a passenger moves toward the rear of an airplane—then the object ’ s position changes . | what is the difference between displacement & velocity ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the distance traveled , however , is the total length of the path taken between the two marks . people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the ini... | what is actually `` moving '' , we or those people ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the distance traveled , however , is the total length of the path taken between the two marks . people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the ini... | who is `` stationary '' , we or those people ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | for example , a professor ’ s position could be described in terms of where she is in relation to the nearby white board ( figure 1 ) . in other cases , we use reference frames that are not stationary but rather are in motion relative to earth . to describe the position of a person in an airplane , for example , we use... | how do you explain reference frames ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the variable $ y $ is often used to represent the vertical position . what does displacement mean ? if an object moves relative to a reference frame—for example , if a professor moves to the right relative to a whiteboard , or a passenger moves toward the rear of an airplane—then the object ’ s position changes . | how do i find the displacement along staircase with each stair of length 10m and height 6m ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | object a travels a total distance of $ 7\text { m } $ . object b travels a total distance of $ 5\text { m } $ . object c travels a total distance of $ 8\text { m } +2\text { m } +2\text { m } =12\text { m } $ . | is n't object c 's total distance 14m ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | $ x_0 $ refers to the value of the initial position . $ \delta x $ is the symbol used to represent displacement . displacement is a vector . | in the formula of average velocity =delta x/t , what does the delta x symbolises or what is its meaning ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the variable $ y $ is often used to represent the vertical position . what does displacement mean ? if an object moves relative to a reference frame—for example , if a professor moves to the right relative to a whiteboard , or a passenger moves toward the rear of an airplane—then the object ’ s position changes . | since displacement is a vector , does that mean that you have to describe which direction you are moving in ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | object b travels a total distance of $ 5\text { m } $ . object c travels a total distance of $ 8\text { m } +2\text { m } +2\text { m } =12\text { m } $ . object d travels a total distance of $ 6\text { m } +2\text { m } =8\text { m } $ . | in example 2 , how did object c travel 12 meters ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | by magnitude , we mean the size of the displacement without regard to its direction ( i.e. , just a number with a unit ) . for example , the professor could pace back and forth many times , perhaps walking a distance of 150 meters during a lecture , yet still end up only two meters to the right of her starting point . ... | where does the 8 meters and two 2 meters come from ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | object a travels a total distance of $ 7\text { m } $ . object b travels a total distance of $ 5\text { m } $ . object c travels a total distance of $ 8\text { m } +2\text { m } +2\text { m } =12\text { m } $ . | is n't the displacement of b , +5 m ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | for example , a professor ’ s position could be described in terms of where she is in relation to the nearby white board ( figure 1 ) . in other cases , we use reference frames that are not stationary but rather are in motion relative to earth . to describe the position of a person in an airplane , for example , we use... | can someone explain reference frames to me ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | if objects move in space , how do we determine displacement and distance traveled ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | $ \delta x $ is the symbol used to represent displacement . displacement is a vector . this means it has a direction as well as a magnitude and is represented visually as an arrow that points from the initial position to the final position . | also , would it be a scalar or vector quantity ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | so displacement is just the distance between to point but not the distance of and object traveling between the two points ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the distance traveled , however , is the total length of the path taken between the two marks . people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the ini... | the answer for d is -4m , but on the diagram it looks as if the line d has a final position at 3m ( rather than 5m ) , so perhaps the answer should be -6m ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | people often forget that the distance traveled can be greater than the magnitude of the displacement . by magnitude , we mean the size of the displacement without regard to its direction ( i.e. , just a number with a unit ) . for example , the professor could pace back and forth many times , perhaps walking a distance ... | so , what is a quantity of just direction without magnitude ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | but to describe an object 's motion , we have to first be able to describe its position—where it is at any particular time . more precisely , we need to specify its position relative to a convenient reference frame . earth is often used as a reference frame , and we often describe the position of an object as it relate... | suppose point c is a reference and point a is 5 cm anorth from it it then travelled to the point b which is 3 cm north from c. now if some one asks how much did a travelled according to the reference frame will my answer be negative ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | but to describe an object 's motion , we have to first be able to describe its position—where it is at any particular time . more precisely , we need to specify its position relative to a convenient reference frame . earth is often used as a reference frame , and we often describe the position of an object as it relate... | can a frame be the greenwich co-ordinates ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the distance traveled , however , is the total length of the path taken between the two marks . people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the ini... | why do we always use the negative sign to refer that the displacement is towards left ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the displacement of object a can be shown with this equation : $ \delta x_a= 7\text { m } -0\text { m } =+7\text { m } $ object b had an initial position of $ 12\text { m } $ and a final position of $ 7\text { m } $ . the displacement of object b can be shown with this equation : $ \delta x_b= 7\text { m } -12\text { m... | sir , referring to object c how did you get 8m+2m+2m ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | wo n't distance between two position always be a straight or a linear line ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | what 's the difference between distance and distance travelled ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | in this case her displacement would be $ +2 \text { m } $ , the magnitude of her displacement would be $ 2 \text { m } $ , but the distance she traveled would be $ 150 \text { m } $ . in kinematics we nearly always deal with displacement and magnitude of displacement and almost never with distance traveled . one way to... | what are displacement and magnitude ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | is there a reason displacement is also called distance ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | if an object moves relative to a reference frame—for example , if a professor moves to the right relative to a whiteboard , or a passenger moves toward the rear of an airplane—then the object ’ s position changes . this change in position is known as displacement . the word displacement implies that an object has moved... | in school we were told that displacement is the shortest distance between the starting and the final point but here it is saying that displacement is the change in the position with some direction ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | people often forget that the distance traveled can be greater than the magnitude of the displacement . by magnitude , we mean the size of the displacement without regard to its direction ( i.e. , just a number with a unit ) . for example , the professor could pace back and forth many times , perhaps walking a distance ... | what is the triangle before the number in the equations ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | this change in position is known as displacement . the word displacement implies that an object has moved , or has been displaced . displacement is defined to be the change in position of an object . it can be defined mathematically with the following equation : $ \text { displacement } =\delta x=x_f-x_0 $ $ x_f $ refe... | how do you calculate displacement if a moving object is going directly in a straight line ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | now consider the passenger that walks relative to the plane in figure 2 . figure 2 : a passenger moves from his seat to the back of the plane . the $ −4.0\text { m } $ displacement of the passenger relative to the plane is represented by an arrow toward the rear of the plane . ( image credit : openstax college physics ... | in figure 2 the man is moving to the back of the plane so his displacement was -4.0 m. but if you change your view by turning the noes of the plane to be at coordinate y = 0 then the men would be moving a positive 4.0 m because he would now be moving to the right the rear of the plane correct ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | $ x_0 $ refers to the value of the initial position . $ \delta x $ is the symbol used to represent displacement . displacement is a vector . | what is better to use for displacement- a delta x or as sal uses , an s with a vector on top ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | object a travels a total distance of $ 7\text { m } $ . object b travels a total distance of $ 5\text { m } $ . object c travels a total distance of $ 8\text { m } +2\text { m } +2\text { m } =12\text { m } $ . | should n't object c have a total distance of 14 m ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | object a travels a total distance of $ 7\text { m } $ . object b travels a total distance of $ 5\text { m } $ . object c travels a total distance of $ 8\text { m } +2\text { m } +2\text { m } =12\text { m } $ . | how does object c travel a bonus 2m and another 2m as well as object d ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | object a travels a total distance of $ 7\text { m } $ . object b travels a total distance of $ 5\text { m } $ . object c travels a total distance of $ 8\text { m } +2\text { m } +2\text { m } =12\text { m } $ . | how does object c travel a bonus 2m as well as object d ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | object a travels a total distance of $ 7\text { m } $ . object b travels a total distance of $ 5\text { m } $ . object c travels a total distance of $ 8\text { m } +2\text { m } +2\text { m } =12\text { m } $ . | i wonder how you can tell the total distance of object d is 8m ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | this means it has a direction as well as a magnitude and is represented visually as an arrow that points from the initial position to the final position . for example , consider the professor that walks relative to the whiteboard in figure 1 . figure 1 : a professor paces left and right while lecturing . the $ +2.0\tex... | if the radius of this circle is 1.84 m then when he travels 1/4 of the way around the circle , what is the magnitude of his displacement ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | distance traveled is the total length of the path traveled between two positions . distance traveled is not a vector . it has no direction and , thus , no negative sign . | is distance a scalar or vector ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the initial position from the final position . what do solved examples involving displacement look like... | if a person is standing at say position a he moves 5 meters forward to reach b and moves 17 m backwards to reach position c , what will the displacement be and why ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | is displacement different from distance ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the initial position from the final position . what do solved examples involving displacement look like... | is displacement final position-initial position ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | for example , a professor ’ s position could be described in terms of where she is in relation to the nearby white board ( figure 1 ) . in other cases , we use reference frames that are not stationary but rather are in motion relative to earth . to describe the position of a person in an airplane , for example , we use... | would someone please be able to explain reference frames ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | so if distance in and of itself is a scalar measurement , does 'total distance ' imply a vector measurement of an objects magnitude of displacement between two points , as the sum of its positive and negative movement across the x or y plane ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | does the definition or meaning of `` distance '' same with `` displacement '' ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | $ x_0 $ refers to the value of the initial position . $ \delta x $ is the symbol used to represent displacement . displacement is a vector . | can someone please tell me what the triangle symbol means ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | assume the units of the horizontal scale are given in meters . ( image credit : altered from openstax college physics ) what was the total distance traveled by each object ? object a travels a total distance of $ 7\text { m } $ . | how was the total distance traveled for object c and d calculated ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | can anyone please tell me , with good explanation and examples , what is the difference between distance between two objects and distance traveled between two objects ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | for example , a professor ’ s position could be described in terms of where she is in relation to the nearby white board ( figure 1 ) . in other cases , we use reference frames that are not stationary but rather are in motion relative to earth . to describe the position of a person in an airplane , for example , we use... | so if time itself is a relative term then what could be the possible reference frames ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the variable $ y $ is often used to represent the vertical position . what does displacement mean ? if an object moves relative to a reference frame—for example , if a professor moves to the right relative to a whiteboard , or a passenger moves toward the rear of an airplane—then the object ’ s position changes . | as in if for displacement it can be any random object with respect to which the displacement takes place , so in the same way what can you say for time ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the initial position from the final position . what do solved examples involving displacement look like... | it 's initial is 9m and the final is 5m so how does that become 8 ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the distance traveled , however , is the total length of the path taken between the two marks . people often forget to include a negative sign , if needed , in their answer for displacement . this sometimes occurs if they accidentally subtract the final position from the initial position rather than subtracting the ini... | in the displacement problems , why is the negative versus positive sign necessary ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | by magnitude , we mean the size of the displacement without regard to its direction ( i.e. , just a number with a unit ) . for example , the professor could pace back and forth many times , perhaps walking a distance of 150 meters during a lecture , yet still end up only two meters to the right of her starting point . ... | so if you are going towards zero it is still positive 8 meters even if you are going backwards from where you started ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | the variable $ y $ is often used to represent the vertical position . what does displacement mean ? if an object moves relative to a reference frame—for example , if a professor moves to the right relative to a whiteboard , or a passenger moves toward the rear of an airplane—then the object ’ s position changes . | can time be a measurement for displacement , or is it only linear distances ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | why do we not use distance traveled in calculation ? |
what does position mean ? in physics , we love to precisely describe the motion of an object . seriously , the first few chapters of basically every physics textbook are devoted to teaching people how to precisely describe motion since it is so important to everything else we do in physics . but to describe an object '... | when you begin a problem , you should select which direction is positive—usually that will be to the right or up , but you are free to select positive as being any direction . what do distance and distance traveled mean ? we must be careful when using the word distance since there are two ways in which the term distanc... | for distance traveled why is abject c 12m ? |
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