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how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . | what does the area under position-time graphs represent ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | this means that the velocity is negative and the object is moving in the negative direction . at $ t=3\text { s } $ , the slope is zero since the line representing the slope is horizontal . this means the velocity is zero and the object is momentarily at rest . | in problem two , finding the distance of that slope , would n't you have to use pythagorean theorem since it is not vertical or horizontal line ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | but position graphs can be beautiful , and they are an efficient way of visually representing a vast amount of information about the motion of an object in a conveniently small space . what does the vertical axis represent on a position graph ? the vertical axis represents the position of the object . | and in the problem one since time is on the x axis , why do we still name another axis the x axis ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | concept check : what is the velocity of the object at $ t=9 \text { s } $ according to the graph above ? one more thing to keep in mind is that the slope of a position graph at a given moment in time gives you the instantaneous velocity at that moment in time . the average slope between two points in time will give you... | when you are given a position versus time graph with a curvature in the slope , how do you find the velocity at a given time ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | so is instantaneous velocity the same as velocity ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | $ \text { slope } =\dfrac { 3\text { m } -1\text { m } } { 4\text { s } -0\text { s } } \qquad \text { ( pick two points and plug the x values into the numerator and the t values into the denominator . ) } $ $ \text { slope } =\dfrac { 2\text { m } } { 4\text { s } } =\dfrac { 1 } { 2 } \text { m/s } \qquad \text { ( c... | in the hungry walrus the time is 2 sec and position 2 m and for velocity=displacement/time which gives 2/2= 1m/s right ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous velocity will equal the average velocity between any two points on that line segment . what does the curvature on a position graph mean ? look at the graph below . | what does the triangle mean again ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | if a position graph is curved , the slope will be changing , which also means the velocity is changing . changing velocity implies acceleration . so , curvature in a graph means the object is accelerating , changing velocity/slope . | is acceleration used with both speed and velocity ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | for the second hump between $ 7\text { sec } $ and $ 11\text { s } $ , the acceleration is positive since the slope goes from negative to positive . $ $ concept check : what is the acceleration of the object at $ t=6 \text { s } $ according to the graph above ? to summarize , if the curvature of the position graph look... | in the concept check about acceleration at t=6 on the sinusoidal graph , why is the slope constant ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . | if i have the velocity and time , how can i make a position vs. time graph with only that data ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | try sliding the dot horizontally on the graph below to choose different times and see how the position changes . $ $ concept check : what is the position of the object at time $ t=5 $ seconds according to the graph above ? what does the slope represent on a position graph ? | how to find displacement in distance-time graph without the object turning back ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | $ $ concept check : what is the position of the object at time $ t=5 $ seconds according to the graph above ? what does the slope represent on a position graph ? the slope of a position graph represents the velocity of the object . | what does the area under the position graph represent ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | $ $ concept check : what is the position of the object at time $ t=5 $ seconds according to the graph above ? what does the slope represent on a position graph ? the slope of a position graph represents the velocity of the object . | is there even a name to represent the area under the curve for a position graph , if not why ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | $ $ the slope of the curve between the times $ t=0\text { s } $ and $ t=3 \text { s } $ is positive since the slope is directed upward . this means the velocity is positive and the object is moving in the positive direction . the slope of the curve is negative between $ t=3 \text { s } $ and $ t=9 \text { s } $ since t... | what is used most often relative to direction ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | i still cant grasp instantenous velocity andd instanteneous speed can you diferenciate ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | one more thing to keep in mind is that the slope of a position graph at a given moment in time gives you the instantaneous velocity at that moment in time . the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equa... | whats the difference between average speed and average velocity ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous velocity will equal the average velocity between any two points on that line segment . what does the curvature on a position graph mean ? look at the graph below . | what does it mean when the line crosses the x-axis ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous velocity will equal the average velocity between any two points on that line segment . what does the curvature on a position graph mean ? look at the graph below . it looks curvy since it 's ... | an example of my question would be what is happening at t=6 on the first graph ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | as per the definition for slope is given in this context , does that mean that slope would enable you to find the : average velocity and instantaneous velocity ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | $ $ concept check : what is the position of the object at time $ t=5 $ seconds according to the graph above ? what does the slope represent on a position graph ? the slope of a position graph represents the velocity of the object . | on the last graph , does the red line represent the slope of the entire line ( s ) or just the points t=0 and t=10 ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | this may sound stupid but how do i know if the answer to average speed or velocity is a negative or positive number ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous velocity will equal the average velocity between any two points on that line segment . what does the curvature on a position graph mean ? look at the graph below . | what does the curvature on a position graph mean ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | this is also true for a position graph where the slope is changing . for the example graph of position vs. time below , the red line shows you the slope at a particular time . try sliding the dot below horizontally to see what the slope of the graph looks like for particular moments in time . | what is the difference between a speed time graph and distance time graph ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | visually , this would correspond to finding the slope of the line that connects the initial point and the final point on the graph . $ \text { slope } =\dfrac { y_2-y_1 } { t_2-t_1 } \qquad \text { ( use the formula for slope . ) } $ the initial point would be $ ( 0 \text { s } , 7\text { m } ) $ , and the final point ... | how do we find out the slope when it comes to curved lines ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | one more thing to keep in mind is that the slope of a position graph at a given moment in time gives you the instantaneous velocity at that moment in time . the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equa... | how do we determine the points ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | if a position graph is curved , the slope will be changing , which also means the velocity is changing . changing velocity implies acceleration . so , curvature in a graph means the object is accelerating , changing velocity/slope . | we can know the properties of the motion and acceleration of the object from the slope being negative or positive but how do we find out the velocity at a certain time ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous velocity will equal the average velocity between any two points on that line segment . what does the curvature on a position graph mean ? look at the graph below . | in part `` what does the curvature on a position graph mean ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | so in order to find the instantaneous velocity you have to do calculus ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous velocity will equal the average velocity between any two points on that line segment . what does the curvature on a position graph mean ? look at the graph below . it looks curvy since it 's ... | so can you use the same formulas whether the graph is curved or straight ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | and finally between $ t=5\text { s } $ and $ t=10\text { s } $ , the bird flew $ 4\text { m } $ upward . adding up all the path lengths gives us a total distance traveled of $ \text { distance } =9\text { m } $ . now we can divide by the time to get the average speed $ s_ { avg } $ : $ s_ { avg } =\dfrac { \text { dist... | why would n't the distance formula be used when calculating average speed ( distance/time ) ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | why is the formula for the instantaneous velocity and the average velocity similar to each other ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | we 'll choose the points $ ( 0 \text { s } , 1\text { m } ) $ and $ ( 4 \text { s } , 3\text { m } ) $ , but we could pick any two points between $ 0\text { s } $ and $ 4\text { s } $ . we must plug in the later point in time as point 2 , and the earlier point in time as point 1 . $ \text { slope } =\dfrac { 3\text { m... | is n't the instantaneous rate suppose to be the derivative of the graph at that certain point ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | if a position graph is curved , the slope will be changing , which also means the velocity is changing . changing velocity implies acceleration . so , curvature in a graph means the object is accelerating , changing velocity/slope . on the graph below , try sliding the dot horizontally to watch the slope change . | and how do i get the instantaneous velocity of a curvature graph without using derivatives ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | so the value of the slope at a particular time represents the velocity of the object at that instant . to see why , consider the slope of the position vs. time graph shown below : the slope of this position graph is $ \text { slope } =\dfrac { \text { rise } } { \text { run } } =\dfrac { x_2-x_1 } { t_2-t_1 } $ . this ... | how to calculate the instantaneous slope of a specific time on a curved graph ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | visually , this would correspond to finding the slope of the line that connects the initial point and the final point on the graph . $ \text { slope } =\dfrac { y_2-y_1 } { t_2-t_1 } \qquad \text { ( use the formula for slope . ) } $ the initial point would be $ ( 0 \text { s } , 7\text { m } ) $ , and the final point ... | if the coordinates happen to be unknown decimals , how can the slope be calculated with accuracy ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . | what does ( xo ) stand for in initial position ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | what do solved examples involving position vs. time graphs look like ? example 1 : hungry walrus the motion of a hungry walrus walking back and forth horizontally looking for food is given by the graph below , which shows the horizontal position $ x $ as a function of time $ t $ . what was the instantaneous velocity of... | can someone explain me the movement of the walrus in example 1 through the graph ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | is there an equation to find initial velocity ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | but position graphs can be beautiful , and they are an efficient way of visually representing a vast amount of information about the motion of an object in a conveniently small space . what does the vertical axis represent on a position graph ? the vertical axis represents the position of the object . | why is position on the y axis and time on the x axis ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | if a position graph is curved , the slope will be changing , which also means the velocity is changing . changing velocity implies acceleration . so , curvature in a graph means the object is accelerating , changing velocity/slope . on the graph below , try sliding the dot horizontally to watch the slope change . | for a velocity graph how can you see that it is constant ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous velocity will equal the average velocity between any two points on that line segment . what does the curvature on a position graph mean ? look at the graph below . it looks curvy since it 's ... | this may be a silly question , but when drawing such a graph , do you need to have the beginning of the graph always start at the origin ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous velocity will equal the average velocity between any two points on that line segment . what does the curvature on a position graph mean ? look at the graph below . it looks curvy since it 's ... | what is happening when the graph is negative ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | $ $ the slope of the curve between the times $ t=0\text { s } $ and $ t=3 \text { s } $ is positive since the slope is directed upward . this means the velocity is positive and the object is moving in the positive direction . the slope of the curve is negative between $ t=3 \text { s } $ and $ t=9 \text { s } $ since t... | does it means that the object is moving backwards ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the slope of the curve is negative between $ t=3 \text { s } $ and $ t=9 \text { s } $ since the slope is directed downward . this means that the velocity is negative and the object is moving in the negative direction . at $ t=3\text { s } $ , the slope is zero since the line representing the slope is horizontal . | is the velocity also negative , too ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . | what do you do when a problem asks you to find the time of a vertical position ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | one more thing to keep in mind is that the slope of a position graph at a given moment in time gives you the instantaneous velocity at that moment in time . the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equa... | `` the definition of average velocity is displacement per time '' how ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | if a position graph is curved , the slope will be changing , which also means the velocity is changing . changing velocity implies acceleration . so , curvature in a graph means the object is accelerating , changing velocity/slope . on the graph below , try sliding the dot horizontally to watch the slope change . | how do i figure out a velocity-verus-tmie graph ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | on the graph below , try sliding the dot horizontally to watch the slope change . the first hump between $ 1\text { s } $ and $ 5\text { s } $ represents negative acceleration since the slope goes from positive to negative . for the second hump between $ 7\text { sec } $ and $ 11\text { s } $ , the acceleration is posi... | can someone explain how when a curve goes up it slows down and when a curve goes down , it speeds up ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . | ok so how is the position vs time graph diffrent from the displacement vs time graph because whether you seem to differentiate displacement with respect to time or postion with respect to time , you always get velocity ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . | when plotting position and time , what kind of trend line would i have expect to have ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | in the example of the hungry walrus why was ( 4 s,3 m ) picked to be the ending point of numbers to choose from to find the instantaneous velocity of 2 s ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . | what is the difference between position and time graphs ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | finding the average velocity of the bird between $ t=0\text { s } $ and $ t=10\text { s } $ : to find the average velocity between $ t=0\text { s } $ and $ t=10\text { s } $ , we can find the average slope between $ t=0\text { s } $ and $ t=10\text { s } $ . visually , this would correspond to finding the slope of the ... | in the first few parts of the article , about the curved graph , how exactly would you find the slope of a specific point in the curve ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | this means that the velocity is negative and the object is moving in the negative direction . at $ t=3\text { s } $ , the slope is zero since the line representing the slope is horizontal . this means the velocity is zero and the object is momentarily at rest . | if the slope is zero at 3 s , does n't the slope become negative immediately after 3 s ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | if a position graph is curved , the slope will be changing , which also means the velocity is changing . changing velocity implies acceleration . so , curvature in a graph means the object is accelerating , changing velocity/slope . | how to figure out instantaneous acceleration ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | adding up all the path lengths gives us a total distance traveled of $ \text { distance } =9\text { m } $ . now we can divide by the time to get the average speed $ s_ { avg } $ : $ s_ { avg } =\dfrac { \text { distance } } { \delta t } \quad\text { ( use formula for average speed . ) } $ $ s_ { avg } =\dfrac { 9\text ... | how can you identify whether an object is speeding up , slowing down , or constant speed ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | one more thing to keep in mind is that the slope of a position graph at a given moment in time gives you the instantaneous velocity at that moment in time . the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equa... | is there a connection between the average velocity and average speed ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | the average slope between two points in time will give you the average velocity between those two points in time . the instantaneous velocity does not have to equal the average velocity . however , if the slope is constant for a period of time ( i.e. , the graph is a straight line segment ) , then the instantaneous vel... | on the question below , there are no ways of knowing if the person was talking about instantaneous velocity or average velocity ... concept check : what is the velocity of the object at t = 9 s according to the graph above ? |
how are position vs. time graphs useful ? many people feel about graphs the same way they do about going to the dentist : a vague sense of anxiety and a strong desire for the experience to be over with as quickly as possible . but position graphs can be beautiful , and they are an efficient way of visually representing... | concept check : what is the velocity of the object at $ t=9 \text { s } $ according to the graph above ? one more thing to keep in mind is that the slope of a position graph at a given moment in time gives you the instantaneous velocity at that moment in time . the average slope between two points in time will give you... | plz tell me how to calculate in position time curvature the time when average velocity will be 0 ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | sodium hydroxide , $ \text { naoh } ( aq ) $ , is a strong base that completely dissociates into $ \text { na } ^+ $ and $ \text { oh } ^- $ in aqueous solution . when $ \text { h } _2 \text { so } _4 ( aq ) $ and $ \text { naoh } ( aq ) $ are combined , the products are water and soluble sodium sulfate , $ \text { na ... | in the fifth paragraph , is the author saying that the ( aq ) symbol means the molecule dissolves in water and the ( s ) symbol means the molecule does not dissolve in water ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | since $ \text { nacl } $ , $ \text { agno } _3 $ , and $ \text { nano } _3 $ are soluble ionic compounds , they dissociate into their constituent ions in water . for example , any molecule of $ \text { nacl } $ will be dissociated into one ion of $ \text { na } ^+ $ and one ion of $ \text { cl } ^- $ ; these ions are s... | is the crystal of nacl a ion or a molecule ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | that means that sometimes we might have to divide all of the stoichiometric coefficients by a common divisor as the last step to get the final form of the net ionic equation . summary the net ionic equation shows only the chemical species that are involved in a reaction , while the complete ionic equation also includes... | just to be clear , in the problem h and oh are not spectator ions because they form a compound with a covalent bond as a product , rather than one with an ionic bond ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | that means that sometimes we might have to divide all of the stoichiometric coefficients by a common divisor as the last step to get the final form of the net ionic equation . summary the net ionic equation shows only the chemical species that are involved in a reaction , while the complete ionic equation also includes... | in getting the net iconic equation from the above equation , why did we have to get rid of the stoichiometric coefficient in front of each chemical species in the net ionic reaction in order for the answer to be correct ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | problem-solving tip : by convention , the net ionic equation is written with the stoichiometric coefficients as the smallest possible integer values . that means that sometimes we might have to divide all of the stoichiometric coefficients by a common divisor as the last step to get the final form of the net ionic equa... | why when you divide 2h+ by two do you get h+ , but when you divide 2na- by two it goes away ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | since $ \text { nacl } $ , $ \text { agno } _3 $ , and $ \text { nano } _3 $ are soluble ionic compounds , they dissociate into their constituent ions in water . for example , any molecule of $ \text { nacl } $ will be dissociated into one ion of $ \text { na } ^+ $ and one ion of $ \text { cl } ^- $ ; these ions are s... | how do you know whether or not the ion is soulable or not ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | we can write the soluble ionic compounds as dissociated ions to get the complete ionic equation , sometimes simply called the ionic equation : $ \purplec { \text { na } ^+ ( aq ) } + \text { cl } ^- ( aq ) + \text { ag } ^+ ( aq ) + \greend { \text { no } _3^- ( aq ) } \rightarrow \purplec { \text { na } ^+ ( aq ) } + ... | how do we know if it is a strong acid or strong base , and are there a select few that would just be helpful to memorize ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | try it ! sulfuric acid , $ \text { h } _2 \text { so } _4 ( aq ) $ , is a strong acid that completely dissociates into $ \text h^+ $ and $ \text { so } _4^ { 2- } $ in aqueous solution . sodium hydroxide , $ \text { naoh } ( aq ) $ , is a strong base that completely dissociates into $ \text { na } ^+ $ and $ \text { oh... | how can we tell if something is a strong base or acid ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | since $ \text { nacl } $ , $ \text { agno } _3 $ , and $ \text { nano } _3 $ are soluble ionic compounds , they dissociate into their constituent ions in water . for example , any molecule of $ \text { nacl } $ will be dissociated into one ion of $ \text { na } ^+ $ and one ion of $ \text { cl } ^- $ ; these ions are s... | what is a spectator ion ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | how can you tell which ions will react with which to produce a compound that wo n't dissociates , which turns into a solid , hence , it wo n't be canceled out ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | so with solving net ionic equations , and splitting them apart , does the ion oh split into o and h or does it stay oh ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | does that mean that complete ionic is the same as the net ionic ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | if we take a closer look at our complete ionic equation , we see that $ \purplec { \text { na } ^+ ( aq ) } $ and $ \greend { \text { no } _3^- ( aq ) } $ are present on both sides of the reaction arrow . ionic species such as $ \purplec { \text { na } ^+ } $ and $ \greend { \text { no } _3^- } $ that are not changed i... | if there are two same ions that exist on both the reactant and product side , but they are in different forms ( one is solid and other is liquid ) , are they still spectator ions ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | this might be a stupid question , but what does the ( l ) symbol stand for ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | when writing a net ionic equation , if both of the results are aqueous , then is there no point in writing one ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | we can find the net ionic equation using the following steps : write the balanced molecular equation , including the state of each substance . use your knowledge of solubility rules , strong acids , and strong bases to rewrite the equation as the complete ionic equation showing which compounds are dissociated into ions... | where do i review my solubility rules exactly ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | that means that sometimes we might have to divide all of the stoichiometric coefficients by a common divisor as the last step to get the final form of the net ionic equation . summary the net ionic equation shows only the chemical species that are involved in a reaction , while the complete ionic equation also includes... | how could i write a net ionic equation for the precipitation of calcium ions with phosphate ions ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | how would you write the example problem in total ionic ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . | how do you know the sign that will be on each element ( + - ) ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | in a molecular equation , all ionic compounds and acids are represented as neutral compounds using the molecular formula . the state of each substance is indicated in parentheses after the formula . let ’ s consider the reaction that occurs when aqueous solutions of $ \text { nacl } $ and $ \text { agno } _3 $ are mixe... | so does it always have to be involving aqueous state ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | if , for example , a gas turned into a liquid or solid in an equation , since it changed states would i include that in the net ionic equation ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . | is there a certain order i should go in in terms of the sections ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | what is net ionic equation when sodium nitrate and magnesium acetate are mixed ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | try it ! sulfuric acid , $ \text { h } _2 \text { so } _4 ( aq ) $ , is a strong acid that completely dissociates into $ \text h^+ $ and $ \text { so } _4^ { 2- } $ in aqueous solution . sodium hydroxide , $ \text { naoh } ( aq ) $ , is a strong base that completely dissociates into $ \text { na } ^+ $ and $ \text { oh... | the net iconic equation for information of an aqueous solution of al ( no/3 ( aq ) /3 via mixing solid al ( oh ) /3 and aqueous nitric acid is ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | so if there is a question that tells you that you are mixing an aq solution with another compound , do you have to do ionic equation and net ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecular equation is sometimes simply called a balanced equation . in a molecular equation , all ionic compounds a... | in other words , in what situations do you use ionic equations and what situations do you not ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when writing an ions charge , do we write the negative/positive before the number ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | in a molecular equation , all ionic compounds and acids are represented as neutral compounds using the molecular formula . the state of each substance is indicated in parentheses after the formula . let ’ s consider the reaction that occurs when aqueous solutions of $ \text { nacl } $ and $ \text { agno } _3 $ are mixe... | how do we determine the state symbol for a slightly soluble salt ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | complete ionic equation for : k2so4 + cai2 -- - > caso4 + ki how do you work with the k2 , i2 ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecular equation is sometimes simply called a balanced equation . in a molecular equation , all ionic compounds a... | in the final net ionic equation , does the formula need to be balanced or do you leave it as the separated reactants without quantities ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | the reaction produces $ \text { nano } _3 ( aq ) $ and $ \text { agcl } ( s ) $ . with this information , we can write the molecular equation for this reaction and make sure our equation is balanced ! $ \text { nacl } ( aq ) + \text { agno } _3 ( aq ) \rightarrow \text { nano } _3 ( aq ) + \text { agcl } ( s ) $ if we ... | given the unbalanced equation of : __fe ( no3 ) 2 + __al ( no3 ) 3 + __fe , what is the sum of the moles when the equation is balanced ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | that means that sometimes we might have to divide all of the stoichiometric coefficients by a common divisor as the last step to get the final form of the net ionic equation . summary the net ionic equation shows only the chemical species that are involved in a reaction , while the complete ionic equation also includes... | how to balance a chemical equation like aucl3+sncl2 -- -- > au+sncl4 ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | sulfuric acid , $ \text { h } _2 \text { so } _4 ( aq ) $ , is a strong acid that completely dissociates into $ \text h^+ $ and $ \text { so } _4^ { 2- } $ in aqueous solution . sodium hydroxide , $ \text { naoh } ( aq ) $ , is a strong base that completely dissociates into $ \text { na } ^+ $ and $ \text { oh } ^- $ i... | you know how sodium chloride is produced and it is a salt , how come sodium not react with nitrate to make sodium nitrate which is a salt as well ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | definitions of molecular , complete ionic , and net ionic equations a molecular equation is sometimes simply called a balanced equation . in a molecular equation , all ionic compounds and acids are represented as neutral compounds using the molecular formula . the state of each substance is indicated in parentheses aft... | when h2so4 is broken down to its ionic compounds , why is it h+ and so4 with a charge of -2 ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | how do i figure out a complete ionic and net ionic equations for chemical equations including hydrates ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | should n't it be s ( -6 superscript ) because is n't the sulfur losing 6 electrons for the ionic bond to occur ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reaction you are interested in , you might write a molecular , complete ionic , or net ionic equation . definitions of molecular , complete ionic , and net ionic equations a molecul... | how would you write out the complete and net ionic equations for an equation that has 2 solids in it ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | ionic species such as $ \purplec { \text { na } ^+ } $ and $ \greend { \text { no } _3^- } $ that are not changed in the reaction are called spectator ions . we can cancel out spectator ions from our complete ionic equation since they appear on both sides of the equation , similar to how we cancel out equal elements on... | like for example : cu ( s ) + 2agno3 ( aq ) -- > 2ag ( s ) + cu ( no3 ) 2 ( aq ) are we supposed to pick which side of the equation defines where the actual precipitate is ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | since $ \text { nacl } $ , $ \text { agno } _3 $ , and $ \text { nano } _3 $ are soluble ionic compounds , they dissociate into their constituent ions in water . for example , any molecule of $ \text { nacl } $ will be dissociated into one ion of $ \text { na } ^+ $ and one ion of $ \text { cl } ^- $ ; these ions are s... | how do we know how a ion is a spectator ion ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | in the last question , why did h2o not break up as ions ? |
introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . depending on which part of the reac... | introduction as a diligent student of chemistry , you will likely see tons of reactions that occur in water , or perhaps you are here because you are already drowning in them ! when ions are involved in a reaction , the chemical equation can be written with various levels of detail . | what are the types of reactions ? |
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