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factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . we can arrange dots into equal sized groups to help us picture the factors of $ 12 $ . $ 12 $ dots can be arranged in $ \tealc { 1 } $ row with $ \tealc { 12 } $... | factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . we can arrange dots into equal sized groups to help us picture the factors of $ 12 $ . | what are all of the factors in the world ? |
factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . we can arrange dots into equal sized groups to help us picture the factors of $ 12 $ . $ 12 $ dots can be arranged in $ \tealc { 1 } $ row with $ \tealc { 12 } $... | so $ \redd { 4 } $ and $ \redd { 5 } $ are a factor pair . | | | | | | - | - | - | - | - | $ \blued { 1 } $ | $ \greend { 2 } $ | $ \redd { 4 } $ | $ \redd { 5 } $ | $ \greend { 10 } $ | $ \blued { 20 } $ the next counting number is $ 5 $ . since $ 5 $ already appears on the list , we now have found all of the factors ... | is 2 a multiple of 5 ? |
factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . we can arrange dots into equal sized groups to help us picture the factors of $ 12 $ . $ 12 $ dots can be arranged in $ \tealc { 1 } $ row with $ \tealc { 12 } $... | numbers like $ 3 $ and $ 5 $ are not factors of $ 16 $ because they can not be divided evenly into $ 16 $ . factor hints every number has $ 1 $ as a factor . $ 1 $ is a factor of $ 10 $ . | what is the factor of 40 ? |
factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . we can arrange dots into equal sized groups to help us picture the factors of $ 12 $ . $ 12 $ dots can be arranged in $ \tealc { 1 } $ row with $ \tealc { 12 } $... | the list shows multiples of $ 4 $ . $ 4 , 8 , 12 , 16 , ... $ the list shows multiples of $ 8 $ . picturing multiples the following pictures show multiples of $ 4 $ . | what is the average weight of an 8 year old ? |
factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . we can arrange dots into equal sized groups to help us picture the factors of $ 12 $ . $ 12 $ dots can be arranged in $ \tealc { 1 } $ row with $ \tealc { 12 } $... | practice with factors and multiples we know that $ 9 \times 6 = 54 $ factors and multiples challenge factors and multiples are used when solving problems about the side lengths and areas of rectangles . a rectangle has an area of $ 50 $ square in . mr. trimble is putting out $ 36 $ chocolate chip cookies for the studen... | what is a square root ? |
factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . we can arrange dots into equal sized groups to help us picture the factors of $ 12 $ . $ 12 $ dots can be arranged in $ \tealc { 1 } $ row with $ \tealc { 12 } $... | factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . | what was the devision rule again ? |
factors factors are whole numbers that can evenly divide another number . picturing factors factors give us a way to break down a number into smaller pieces . we can arrange dots into equal sized groups to help us picture the factors of $ 12 $ . $ 12 $ dots can be arranged in $ \tealc { 1 } $ row with $ \tealc { 12 } $... | since $ 5 $ already appears on the list , we now have found all of the factors pairs for $ 20 $ . multiples multiples are numbers that result when we multiply one whole number by another whole number . the first four multiples of $ \blue { 3 } $ are $ 3 , 6 , 9 $ , and $ 12 $ because : $ \blue { 3 } \times 1 = 3 $ $ \b... | how many numbers will it take to make 3,172,590,746 ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | in this process , the two homologous chromosomes come together , and the undamaged region of the homologue or chromatid is used as a template to replace the damaged region of the broken chromosome . homologous recombination is “ cleaner ” than non-homologous end joining and does not usually cause mutations $ ^ { 11 } $... | why would cells ever apply non-homologous end joining if there is a cleaner and safer alternative ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | cancer , in turn , develops only when multiple mutations in division-related genes accumulate in the same cell . in this article , we ’ ll take a closer look at the mechanisms used by cells to correct replication errors and fix dna damage , including : proofreading , which corrects errors during dna replication mismatc... | is there potential , during any of the above proofreading methods to `` correct '' the template dna rather than the newly-formed strand ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | mismatch repair can also detect and correct small insertions and deletions that happen when the polymerases `` slips , '' losing its footing on the template $ ^2 $ . how does mismatch repair work ? first , a protein complex ( group of proteins ) recognizes and binds to the mispaired base . | in the mismatch repair , why is a section of dna cut off rather than only the mismatched base pair cut off ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | a dna polymerase then replaces the missing section with correct nucleotides , and an enzyme called a dna ligase seals the gap $ ^2 $ . one thing you may wonder is how the proteins involved in dna repair can tell `` who 's right '' during mismatch repair . that is , when two bases are mispaired ( like the g and t in the... | how the proteins involved in dna repair detect the fault ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | two pathways involved in the repair of double-stranded dna breaks are the non-homologous end joining and homologous recombination pathways . in non-homologous end joining , the two broken ends of the chromosome are simply glued back together . this repair mechanism is “ messy ” and typically involves the loss , or some... | in homologous recombination , could n't that lead to recessive alleles on the healthy chromosome being copied into the broken chromosome ( which might have had dominant alleles of certain genes ) ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | for example , a chemical reaction called deamination can convert a cytosine base into uracil , a base typically found only in rna . during dna replication , uracil will pair with adenine rather than cytosine , so an uncorrected cytosine-to-uracil change can lead to a mutation $ ^5 $ . to prevent such mutations , a glyc... | how is a mutation repaired after replication ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | cancer , in turn , develops only when multiple mutations in division-related genes accumulate in the same cell . in this article , we ’ ll take a closer look at the mechanisms used by cells to correct replication errors and fix dna damage , including : proofreading , which corrects errors during dna replication mismatc... | for homologous recombination , is the process occurring similar to dna replication ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | cancer , in turn , develops only when multiple mutations in division-related genes accumulate in the same cell . in this article , we ’ ll take a closer look at the mechanisms used by cells to correct replication errors and fix dna damage , including : proofreading , which corrects errors during dna replication mismatc... | if dna replication is halted by an adduct such as aflatoxin-guanine , is the best way to repair that excision ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | cancer , in turn , develops only when multiple mutations in division-related genes accumulate in the same cell . in this article , we ’ ll take a closer look at the mechanisms used by cells to correct replication errors and fix dna damage , including : proofreading , which corrects errors during dna replication mismatc... | why is it important to use the original dna template in order for the repair mechanism to be effective ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | in this process , a helicase ( dna-opening enzyme ) cranks open the dna to form a bubble , and dna-cutting enzymes chop out the damaged part of the bubble . a dna polymerase replaces the missing dna , and a dna ligase seals the gap in the backbone of the strand $ ^9 $ . double-stranded break repair some types of enviro... | why does n't ligase simply seal up the nicks that ap endonuclease introduces before dna pol ii can do anything ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | cancer , in turn , develops only when multiple mutations in division-related genes accumulate in the same cell . in this article , we ’ ll take a closer look at the mechanisms used by cells to correct replication errors and fix dna damage , including : proofreading , which corrects errors during dna replication mismatc... | does dna repair occur in a patient who just underwent radiation therapy for a cancerous lesion ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | in this process , the two homologous chromosomes come together , and the undamaged region of the homologue or chromatid is used as a template to replace the damaged region of the broken chromosome . homologous recombination is “ cleaner ” than non-homologous end joining and does not usually cause mutations $ ^ { 11 } $... | are the cancer and healthy cells equally trying to repair themselves using either non-homologous end joining or homologous recombination ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | the most common type of linkage , a thymine dimer , consists of two thymine bases that react with each other and become chemically linked $ ^8 $ . in nucleotide excision repair , the damaged nucleotide ( s ) are removed along with a surrounding patch of dna . in this process , a helicase ( dna-opening enzyme ) cranks o... | what happens to the nucleotides ( whether they are damaged or not ) when they are removed from the dna sequence ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | immediately after dna synthesis , any remaining mispaired bases can be detected and replaced in a process called mismatch repair . if dna gets damaged , it can be repaired by various mechanisms , including chemical reversal , excision repair , and double-stranded break repair . introduction what does dna have to do wit... | are the damaged strands repaired and reused again , destroyed , collected or built up somewhere in the nucleus , or do they just drift away ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | that is , when two bases are mispaired ( like the g and t in the drawing above ) , which of the two should be removed and replaced ? in bacteria , original and newly made strands of dna can be told apart by a feature called methylation state . an old dna strand will have methyl ( $ -\text { ch } _3 $ ) groups attached ... | but are n't nicks present only in lagging strands of newly synthesized dna ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | that is , when two bases are mispaired ( like the g and t in the drawing above ) , which of the two should be removed and replaced ? in bacteria , original and newly made strands of dna can be told apart by a feature called methylation state . an old dna strand will have methyl ( $ -\text { ch } _3 $ ) groups attached ... | then how are leading strands differentiated from template strands ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | during dna replication ( copying ) , most dna polymerases can “ check their work ” with each base that they add . this process is called proofreading . if the polymerase detects that a wrong ( incorrectly paired ) nucleotide has been added , it will remove and replace the nucleotide right away , before continuing with ... | if someone 's body had a mutation that prevented proofreading what kinds of mutations would show up ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | luckily , humans and many other organisms have an enzyme that can remove the methyl group , reversing the reaction and returning the base to normal $ ^5 $ . base excision repair base excision repair is a mechanism used to detect and remove certain types of damaged bases . a group of enzymes called glycosylases play a k... | upon which feature of the dna molecule does the repair mechanism rely to indicate incorrect bases ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | a dna polymerase then replaces the missing section with correct nucleotides , and an enzyme called a dna ligase seals the gap $ ^2 $ . one thing you may wonder is how the proteins involved in dna repair can tell `` who 's right '' during mismatch repair . that is , when two bases are mispaired ( like the g and t in the... | how the proteins involved in dna repair recognize the fault in nucleotide sequences ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | cancer , in turn , develops only when multiple mutations in division-related genes accumulate in the same cell . in this article , we ’ ll take a closer look at the mechanisms used by cells to correct replication errors and fix dna damage , including : proofreading , which corrects errors during dna replication mismatc... | what kind of dna damage results from ultraviolet ( uv ) radiation ? |
key points : cells have a variety of mechanisms to prevent mutations , or permanent changes in dna sequence . during dna synthesis , most dna polymerases `` check their work , '' fixing the majority of mispaired bases in a process called proofreading . immediately after dna synthesis , any remaining mispaired bases can... | cancer , in turn , develops only when multiple mutations in division-related genes accumulate in the same cell . in this article , we ’ ll take a closer look at the mechanisms used by cells to correct replication errors and fix dna damage , including : proofreading , which corrects errors during dna replication mismatc... | describe the kinds of dna repair mechanisms used to fix it in different organisms ? |
thomas gainsborough , mr. and mrs. andrews , c. 1750 , oil on canvas , 69.8 x 119.4 cm ( the national gallery , london ) money . possessions . power . the same materialistic ideals which drive many men and women today have performed the same function throughout history . those in positions of power often chose to comme... | mrs. andrews ’ dress possesses the pastel colors and delicate lace of more erotic french works like jean-honoré fragonard ’ s the swing . her dress and mr. andrews ’ shirt glimmer in sunlight , despite the overcast sky . mrs. andrews sits on a bench that is entirely too elaborate to sit exposed in the middle of a wheat... | what career did mr andrews take on ? |
thomas gainsborough , mr. and mrs. andrews , c. 1750 , oil on canvas , 69.8 x 119.4 cm ( the national gallery , london ) money . possessions . power . the same materialistic ideals which drive many men and women today have performed the same function throughout history . those in positions of power often chose to comme... | both figures are pale and lithe , reflecting the upper class privilege of not having to work for a living . their expansive estate functions as an ostentatious demonstration of their wealth : it continues as far as the eye can see . a mysterious absence although the andrews purchased their conversation portrait from ga... | does anyone see a phallic symbol in this painting ? |
thomas gainsborough , mr. and mrs. andrews , c. 1750 , oil on canvas , 69.8 x 119.4 cm ( the national gallery , london ) money . possessions . power . the same materialistic ideals which drive many men and women today have performed the same function throughout history . those in positions of power often chose to comme... | some scholars have suggested that mrs. andrews was meant to hold a dead game bird , the result of a successful hunting trip by her husband . such an inclusion would emphasize the couple ’ s control over their land , but a bloody animal would ruin mrs. andrews ’ elaborate dress , and therefore seems unlikely . another p... | why would the andrews ' upper class status be reflected in their body shape ? |
introduction did you know there are billions of neurons—and trillions of synapses—in your amazing brain ? $ ^1 $ ( no wonder you can learn anything , including neurobiology ! ) most of your synapses are chemical synapses , meaning that information is carried by chemical messengers from one neuron to the next . in the a... | types of neurotransmitter receptors as the example above suggests , we can divide the receptor proteins that are activated by neurotransmitters into two broad classes : ligand-activated ion channels : these receptors are membrane-spanning ion channel proteins that open directly in response to ligand binding . metabotro... | how many receptors on a garden variety human brain neuron ? |
introduction did you know there are billions of neurons—and trillions of synapses—in your amazing brain ? $ ^1 $ ( no wonder you can learn anything , including neurobiology ! ) most of your synapses are chemical synapses , meaning that information is carried by chemical messengers from one neuron to the next . in the a... | ligand-activated ion channels are large protein complexes . they have certain regions that are binding sites for the neurotransmitter , as well as membrane-spanning segments that make up the channel . ligand-activated ion channels typically produce very quick physiological responses . | what are membrane spanning segments ? |
introduction did you know there are billions of neurons—and trillions of synapses—in your amazing brain ? $ ^1 $ ( no wonder you can learn anything , including neurobiology ! ) most of your synapses are chemical synapses , meaning that information is carried by chemical messengers from one neuron to the next . in the a... | for instance : glutamate is the main excitatory transmitter in the central nervous system . gaba is the main inhibitory neurotransmitter in the adult vertebrate brain . glycine is the main inhibitory neurotransmitter in the spinal cord . however , `` excitatory '' and `` inhibitory '' are n't really clear-cut bins into... | what determines if a neurotransmitter is excitatory or inhibitory ? |
introduction did you know there are billions of neurons—and trillions of synapses—in your amazing brain ? $ ^1 $ ( no wonder you can learn anything , including neurobiology ! ) most of your synapses are chemical synapses , meaning that information is carried by chemical messengers from one neuron to the next . in the a... | they are stored in synaptic vesicles , get released when $ \text { ca } ^ { 2+ } $ enters the axon terminal in response to an action potential , and act by binding to receptors on the membrane of the postsynaptic cell . the conventional neurotransmitters can be divided into two main groups : small molecule neurotransmi... | could you please give some points of differences between neuropeptides and neurotransmitters ? |
introduction did you know there are billions of neurons—and trillions of synapses—in your amazing brain ? $ ^1 $ ( no wonder you can learn anything , including neurobiology ! ) most of your synapses are chemical synapses , meaning that information is carried by chemical messengers from one neuron to the next . in the a... | these are considered “ unconventional ” or “ nontraditional ” neurotransmitters . two classes of unconventional transmitters are the endocannabinoids and the gasotransmitters ( soluble gases such as nitric oxide , $ \text { no } $ , and carbon monoxide , $ \text { co } $ ) . these molecules are unconventional in that t... | what is the difference between gas transmitters and endocannabinoids ? |
introduction did you know there are billions of neurons—and trillions of synapses—in your amazing brain ? $ ^1 $ ( no wonder you can learn anything , including neurobiology ! ) most of your synapses are chemical synapses , meaning that information is carried by chemical messengers from one neuron to the next . in the a... | introduction did you know there are billions of neurons—and trillions of synapses—in your amazing brain ? $ ^1 $ ( no wonder you can learn anything , including neurobiology ! ) most of your synapses are chemical synapses , meaning that information is carried by chemical messengers from one neuron to the next . | what happens with the unmyelinated axons ? |
introduction did you know there are billions of neurons—and trillions of synapses—in your amazing brain ? $ ^1 $ ( no wonder you can learn anything , including neurobiology ! ) most of your synapses are chemical synapses , meaning that information is carried by chemical messengers from one neuron to the next . in the a... | for instance : glutamate is the main excitatory transmitter in the central nervous system . gaba is the main inhibitory neurotransmitter in the adult vertebrate brain . glycine is the main inhibitory neurotransmitter in the spinal cord . | why the thalamus of brain does n't receive sensory impulses from the nose ? |
from the sublime to the ridiculous ? for some critics , in the hands of john martin , the sublime ( see note at the bottom of the page ) in british landscape painting had slipped irrevocably into the ridiculous . for others , his work is innovative and exciting , a masterful re-energising of the landscape genre , and f... | it is hard to imagine when looking at the painting in the context of a modern picture gallery or on the internet , but originally it would have been experienced more like a piece of theatre than a work of art . such immersive spectacles were common in england at the time . in the early 1820 's , gericault 's exhibited ... | what technology was available at that time to put these shows on ? |
what are global modernisms ? you might be wondering why this topic is called global modernisms , as if there is more than just one type of modernism in the history of art . when we talk about art history , it 's easy to look at that art through the lens of where we live and come from–and in this case , a great deal of ... | his museum of contemporary african art in london ( 2013 ) creates what he calls `` a new reality '' by staging an exhibition that speaks to his experience of africa set within the space of a european gallery . by doing so , he invites the western art establishment to engage with african art , but also to question why d... | why does n't the art take up space ? |
what are global modernisms ? you might be wondering why this topic is called global modernisms , as if there is more than just one type of modernism in the history of art . when we talk about art history , it 's easy to look at that art through the lens of where we live and come from–and in this case , a great deal of ... | his museum of contemporary african art in london ( 2013 ) creates what he calls `` a new reality '' by staging an exhibition that speaks to his experience of africa set within the space of a european gallery . by doing so , he invites the western art establishment to engage with african art , but also to question why d... | why do people like art ? |
hi , i 'm carrie cai ! what do you work on ? i am a computer science graduate student at mit specializing in human-computer interfaces for language education and online learning . depending on where i am in the research cycle , i am usually coding interactive systems and prototypes , brainstorming how to help people le... | hi , i 'm carrie cai ! what do you work on ? | what is the website to find tetrilingo ? |
hi , i 'm carrie cai ! what do you work on ? i am a computer science graduate student at mit specializing in human-computer interfaces for language education and online learning . depending on where i am in the research cycle , i am usually coding interactive systems and prototypes , brainstorming how to help people le... | within the first few weeks , i got hooked learning about recursion , and was surprised to discover how similar programming was to solving mini-brain teasers . even though i wasn ’ t enrolled in a degree program , it turns out that simply being on a university campus can open many doors ! not only did i join a research ... | do you think it would still be possible for me to somehow get into that field without a linguistics degree ? |
hi , i 'm carrie cai ! what do you work on ? i am a computer science graduate student at mit specializing in human-computer interfaces for language education and online learning . depending on where i am in the research cycle , i am usually coding interactive systems and prototypes , brainstorming how to help people le... | depending on where i am in the research cycle , i am usually coding interactive systems and prototypes , brainstorming how to help people learn languages , or gathering and analyzing data . last year , i augmented tetris with speech recognition so that learners can practice speaking foreign language vocabulary while th... | how many languages does the tetris modified version have ? |
overview puritans were english protestants who were committed to `` purifying '' the church of england by eliminating all aspects of catholicism from religious practices . english puritans founded the colony of plymouth to practice their own brand of protestantism without interference . new england society was characte... | for example , they denounced popular pastimes like bear-baiting—letting dogs attack a chained bear—which were often conducted on sundays when people had a few leisure hours . in the culture where william shakespeare had produced his masterpieces , puritans called for an end to the theater , censuring playhouses as plac... | can someone give me a deeper explanation on why the puritans disapproved of theater ? |
overview puritans were english protestants who were committed to `` purifying '' the church of england by eliminating all aspects of catholicism from religious practices . english puritans founded the colony of plymouth to practice their own brand of protestantism without interference . new england society was characte... | what aspects of later american political values do you see in it ? how do you think english citizens who belonged to the church of england viewed the puritans ? | why did puritans decide to migrate to disintegrate from the english church of england ? |
overview puritans were english protestants who were committed to `` purifying '' the church of england by eliminating all aspects of catholicism from religious practices . english puritans founded the colony of plymouth to practice their own brand of protestantism without interference . new england society was characte... | when a larger exodus of puritans established the massachusetts bay colony in the 1630s , the pilgrims at plymouth welcomed them and the two colonies cooperated with each other . the puritan work ethic different labor systems also distinguished early puritan new england from the chesapeake colonies . puritans expected y... | who is the author of this article , puritan new england : plymouth ? |
what is completing the square ? completing the square is a technique for rewriting quadratics in the form $ ( x+a ) ^2+b $ . for example , $ x^2+2x+3 $ can be rewritten as $ ( x+1 ) ^2+2 $ . the two expressions are totally equivalent , but the second one is nicer to work with in some situations . example 1 we 're given... | what is completing the square ? completing the square is a technique for rewriting quadratics in the form $ ( x+a ) ^2+b $ . | what are the basics of algebra ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | check out this exercise . what is a multiple ? a multiple is a number that results when we multiply one whole number by another whole number . | is 117 is a multiple of 13 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . | what does divide evenly mean ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | identifying multiples we can check to see if a number is a multiple of another number by seeing if it can be divided evenly by the number . $ 15 $ is a multiple of $ \blued3 $ because $ 15 \div \blued3 = 5 $ . $ 17 $ is not a multiple of $ \blued3 $ because $ 17 \div \blued3 = 5 \text { r } 2 $ . | what 's the square root of 5 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | what is a factor ? a factor is a whole number that can divide evenly into another number . | how do you know that 789,456,463,230 is a 99 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | what is a factor ? a factor is a whole number that can divide evenly into another number . | is 180 a factor of three ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | what is a factor ? a factor is a whole number that can divide evenly into another number . | what is the meaning of life ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | check out this exercise . what is a multiple ? a multiple is a number that results when we multiply one whole number by another whole number . | does 2444 is the multiple 4 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | check out this exercise . what is a multiple ? a multiple is a number that results when we multiply one whole number by another whole number . | does a multiple only diviid or does it also multiply ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | check out this video . want more ways to think about factors and multiples ? check out this article . | what 's the difference between factors and multiples ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | check out this exercise . what is a multiple ? a multiple is a number that results when we multiply one whole number by another whole number . | is 25628476571687956187654287 a multiple of 784362794816783647163741478137248731894738917489127489327148172489 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | what is a factor ? a factor is a whole number that can divide evenly into another number . | is 113 a factor of 11,11,23,478 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | check out this exercise . what is a multiple ? a multiple is a number that results when we multiply one whole number by another whole number . | is 27 a multiple of 113 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | check out this exercise . what is a multiple ? a multiple is a number that results when we multiply one whole number by another whole number . | ls 427 is a multiple of 47 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | what is a factor ? a factor is a whole number that can divide evenly into another number . | hello is there a factor to infinity ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ al... | also if 2+2=fish dies 7+7=shark ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | check out this exercise . what is a multiple ? a multiple is a number that results when we multiply one whole number by another whole number . | what is the multiple of 301 ? |
what is a factor ? a factor is a whole number that can divide evenly into another number . the factors of $ \purpled8 $ are : $ \blued { 1 , 2 , 4 } , $ and $ \blued8 $ . $ \purpled8 \div \blued1 = 8 $ $ \purpled8 \div \blued2 = 4 $ $ \purple8 \div \blued4 = 2 $ $ \purpled8 \div \blued8 = 1 $ $ \blued { 1 , 2 , 4 } , $... | what is a factor ? a factor is a whole number that can divide evenly into another number . | when you do factor paris does it need to be in order ? |
overview the cold war was a struggle for world dominance between the capitalist united states and the communist soviet union . at the yalta conference , the united states , the soviet union , the united kingdom , and france agreed to split germany into four zones of occupation after the war . the us ambassador in mosco... | the us government adopted kennan 's ideas for containment , which became the cornerstone of american foreign policy in the twentieth century. $ ^5 $ what do you think ? is `` cold war '' really an appropriate name for the conflict between the united states and the soviet union ? in what ways was the cold war actually a... | is `` cold war '' really an appropriate name for the conflict between the u.s. and the ussr ? |
overview the cold war was a struggle for world dominance between the capitalist united states and the communist soviet union . at the yalta conference , the united states , the soviet union , the united kingdom , and france agreed to split germany into four zones of occupation after the war . the us ambassador in mosco... | is `` cold war '' really an appropriate name for the conflict between the united states and the soviet union ? in what ways was the cold war actually a hot war ? do you think it would have been possible for the united states and the soviet union to coexist peacefully in the postwar era , or was conflict destined to ari... | in what ways was the cold war actually a hot war ? |
overview the cold war was a struggle for world dominance between the capitalist united states and the communist soviet union . at the yalta conference , the united states , the soviet union , the united kingdom , and france agreed to split germany into four zones of occupation after the war . the us ambassador in mosco... | the us government adopted kennan 's ideas for containment , which became the cornerstone of american foreign policy in the twentieth century. $ ^5 $ what do you think ? is `` cold war '' really an appropriate name for the conflict between the united states and the soviet union ? in what ways was the cold war actually a... | is `` cold war '' really an appropriate name for the conflict between the us and the ussr ? |
overview the cold war was a struggle for world dominance between the capitalist united states and the communist soviet union . at the yalta conference , the united states , the soviet union , the united kingdom , and france agreed to split germany into four zones of occupation after the war . the us ambassador in mosco... | is `` cold war '' really an appropriate name for the conflict between the united states and the soviet union ? in what ways was the cold war actually a hot war ? do you think it would have been possible for the united states and the soviet union to coexist peacefully in the postwar era , or was conflict destined to ari... | in what ways was the cold war actually a hot war ? |
overview the cold war was a struggle for world dominance between the capitalist united states and the communist soviet union . at the yalta conference , the united states , the soviet union , the united kingdom , and france agreed to split germany into four zones of occupation after the war . the us ambassador in mosco... | it 's called the cold war because no actual military engagement took place between the united states and the ussr ( union of soviet socialist republics ) . instead , fighting took place in proxy wars conducted in `` third-world '' countries . the united states and ussr clashed over their economic and political philosop... | in the third paragraph , what makes nations turn against each other ? |
overview the cold war was a struggle for world dominance between the capitalist united states and the communist soviet union . at the yalta conference , the united states , the soviet union , the united kingdom , and france agreed to split germany into four zones of occupation after the war . the us ambassador in mosco... | this proved to be a fatal mistake for hitler : the russians eventually stalled his invasion and overtook all of the territory the nazis had conquered in eastern europe. $ ^1 $ before the war 's end , the leaders of the allied powers met at the russian resort town of yalta to plan for the future after hitler 's defeat .... | when did the yalta conference happen ? |
overview the cold war was a struggle for world dominance between the capitalist united states and the communist soviet union . at the yalta conference , the united states , the soviet union , the united kingdom , and france agreed to split germany into four zones of occupation after the war . the us ambassador in mosco... | the us ambassador in moscow warned that the soviet union desired to expand throughout the world and prescribed the `` containment '' of communism as the chief us foreign policy strategy . what was the cold war ? the cold war was a global conflict between the united states and the soviet union , lasting from 1947 to 199... | in the last subtitle , why was the cold war called that ? |
overview the cold war was a struggle for world dominance between the capitalist united states and the communist soviet union . at the yalta conference , the united states , the soviet union , the united kingdom , and france agreed to split germany into four zones of occupation after the war . the us ambassador in mosco... | instead , fighting took place in proxy wars conducted in `` third-world '' countries . the united states and ussr clashed over their economic and political philosophies . as a capitalist , democratic nation , the us sought to promote free elections and free markets . | why did the ussr get the biggest chunk of germany ? |
a buddhist king what happens when a powerful ruler adopts a new religion that contradicts the life into which he was born ? what about when this change occurs during the height of his rule when things are pretty much going his way ? how is that information conveyed over a large geographical region with thousands of inh... | the wheel ( cakra ) is a symbol of both samsara , the endless circle of birth and rebirth , and the dharma , the four noble truths . why a pillar ? there are a few hypotheses about why ashoka used the pillar as a means for communicating his buddhist message . | can u put a little more detail , so i can tell my teacher what the asoka pillar is ? |
a buddhist king what happens when a powerful ruler adopts a new religion that contradicts the life into which he was born ? what about when this change occurs during the height of his rule when things are pretty much going his way ? how is that information conveyed over a large geographical region with thousands of inh... | a buddhist king what happens when a powerful ruler adopts a new religion that contradicts the life into which he was born ? what about when this change occurs during the height of his rule when things are pretty much going his way ? | what is life after samsara like ? |
a buddhist king what happens when a powerful ruler adopts a new religion that contradicts the life into which he was born ? what about when this change occurs during the height of his rule when things are pretty much going his way ? how is that information conveyed over a large geographical region with thousands of inh... | the wheel ( cakra ) is a symbol of both samsara , the endless circle of birth and rebirth , and the dharma , the four noble truths . why a pillar ? there are a few hypotheses about why ashoka used the pillar as a means for communicating his buddhist message . | it would be great if you could post the archaemenid influence in the mauryan pillar art ? |
a buddhist king what happens when a powerful ruler adopts a new religion that contradicts the life into which he was born ? what about when this change occurs during the height of his rule when things are pretty much going his way ? how is that information conveyed over a large geographical region with thousands of inh... | – 232 b.c.e. , is widely believed to be the first leader to accept buddhism and thus the first major patron of buddhist art . ashoka made a dramatic conversion to buddhism after witnessing the carnage that resulted from his conquest of the village of kalinga . he adopted the teachings of the buddha known as the four no... | what were the viharas made of ? |
a buddhist king what happens when a powerful ruler adopts a new religion that contradicts the life into which he was born ? what about when this change occurs during the height of his rule when things are pretty much going his way ? how is that information conveyed over a large geographical region with thousands of inh... | they are cut from two different types of stone—one for the shaft and another for the capital . the shaft was almost always cut from a single piece of stone . laborers cut and dragged the stone from quarries in mathura and chunar , located in the northern part of india within ashoka ’ s empire . | was it made out of mud , bricks or rock-cut caves or something else ? |
a buddhist king what happens when a powerful ruler adopts a new religion that contradicts the life into which he was born ? what about when this change occurs during the height of his rule when things are pretty much going his way ? how is that information conveyed over a large geographical region with thousands of inh... | ashoka did not require that everyone in his kingdom become buddhist , and buddhism did not become the state religion , but through ashoka ’ s support , it spread widely and rapidly . the pillars one of ashoka ’ s first artistic programs was to erect the pillars that are now scattered throughout what was the mauryan emp... | why did the mauryan empire decline ? |
a buddhist king what happens when a powerful ruler adopts a new religion that contradicts the life into which he was born ? what about when this change occurs during the height of his rule when things are pretty much going his way ? how is that information conveyed over a large geographical region with thousands of inh... | laborers cut and dragged the stone from quarries in mathura and chunar , located in the northern part of india within ashoka ’ s empire . the pillars weigh about 50 tons each . only 19 of the original pillars survive and many are in fragments . | what symbols are used on the pillars ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | it 's lucky since we do n't need to know the mass of the projectile when solving kinematic formulas since the freely flying object will have the same magnitude of acceleration , $ g=9.81\dfrac { \text { m } } { \text { s } ^2 } $ , no matter what mass it has—as long as air resistance is negligible . note that $ g=9.81\... | however , if i throw a rock up , my acceleration would be -9.81 or positive 9.81 ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | the third kinematic formula , $ \delta x=v_0 t+\dfrac { 1 } { 2 } at^2 $ , might require the use of the quadratic formula , see solved example 3 below . people forget that even though you can choose any time interval during the constant acceleration , the kinematic variables you plug into a kinematic formula must be co... | will there be any equations where we can find the other variables ( time , distance , etc ) where the acceleration is not constant ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | if upward is assumed to be positive , then the acceleration due to gravity for a freely flying object must be negative : $ a_g=-9.81\dfrac { \text { m } } { \text { s } ^2 } $ . the third kinematic formula , $ \delta x=v_0 t+\dfrac { 1 } { 2 } at^2 $ , might require the use of the quadratic formula , see solved example... | is quadratic formula necessary as used in the example with the third formula ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | the kinematic formula $ \delta x=v_0 t+\dfrac { 1 } { 2 } at^2 $ is missing $ v $ , so it 's the right choice in this case to solve for the acceleration $ a $ . how do you derive the first kinematic formula , $ v=v_0+at $ ? this kinematic formula is probably the easiest to derive since it is really just a rearranged ve... | how to derive equations of motion by using calculus ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | the kinematic formula $ \delta x=v_0 t+\dfrac { 1 } { 2 } at^2 $ is missing $ v $ , so it 's the right choice in this case to solve for the acceleration $ a $ . how do you derive the first kinematic formula , $ v=v_0+at $ ? this kinematic formula is probably the easiest to derive since it is really just a rearranged ve... | how do you derive these equations using calculus ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | we could use the kinematic formula $ \delta x=v_0 t+\dfrac { 1 } { 2 } at^2 $ to algebraically solve for the unknown acceleration $ a $ of the book—assuming the acceleration was constant—since we know every other variable in the formula besides $ a $ — $ \delta x , v_0 , t $ . problem solving tip : note that each kinem... | is there one standard list of `` the '' five kinetic variables that i should know ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | it 's lucky since we do n't need to know the mass of the projectile when solving kinematic formulas since the freely flying object will have the same magnitude of acceleration , $ g=9.81\dfrac { \text { m } } { \text { s } ^2 } $ , no matter what mass it has—as long as air resistance is negligible . note that $ g=9.81\... | the gravity magnitude for the free fall is always -9.81 ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | \quad v=v_0+at \quad \text { ( this formula is missing $ \delta x $ . ) } $ $ 2 . \quad { \delta x } = ( \dfrac { v+v_0 } { 2 } ) t\quad \text { ( this formula is missing $ a $ . | in example 3 , where the pencil is being thrown upward , should g = +9.8 m/s^2 or -9.8 m/s^2 ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | we could use the kinematic formula $ \delta x=v_0 t+\dfrac { 1 } { 2 } at^2 $ to algebraically solve for the unknown acceleration $ a $ of the book—assuming the acceleration was constant—since we know every other variable in the formula besides $ a $ — $ \delta x , v_0 , t $ . problem solving tip : note that each kinem... | is there a kinematic formula missing initial velocity ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | $ a=-9.81\dfrac { \text { m } } { \text { s } ^2 } \quad $ ( the pencil is a freely flying projectile . ) since we do n't know the final velocity $ v $ and we were n't asked to find the final velocity , we will use the third kinematic formula for the vertical direction $ \delta y=v_ { 0y } t+\dfrac { 1 } { 2 } a_yt^2 $... | if the problem gives us acceleration , time and final velocity , and asks for displacement , we could n't use any formula because all of them use initial velocity right ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | ) } $ $ v_x=\pm\sqrt { v_ { 0x } ^2+2a_x\delta x } \quad \text { ( algebraically solve for the final velocity . ) } $ note that in taking a square root , you get two possible answers : positive or negative . since our motorcyclist will still be going in the direction of motion it started with and we assumed that direct... | if upwards is been considered positive and the objective is to know the displacement time of a point higher than the object was displaced , shoud n't the gravity be positive , since it 's not falling down ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | in other words , the initial velocity $ v_0 $ has to be the velocity of the object at the initial position and start of the time interval $ t $ . similarly , the final velocity $ v $ must be the velocity at the final position and end of the time interval $ t $ being analyzed . what do solved examples involving the kine... | why is final velocity written as `` v '' and not `` vf '' ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | subtracting 12.2 m from both sides we get $ 0=\dfrac { 1 } { 2 } ( -9.81\dfrac { \text { m } } { \text { s } ^2 } ) t^2+ ( 18.3\text { m/s } ) t -12.2\text { m } \quad \text { ( put it into the form of the quadratic equation . ) } $ at this point , we solve the quadratic equation for time $ t $ . the solutions of a qua... | also , what is the quadratic equation ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | the kinematic formula $ \delta x=v_0 t+\dfrac { 1 } { 2 } at^2 $ is missing $ v $ , so it 's the right choice in this case to solve for the acceleration $ a $ . how do you derive the first kinematic formula , $ v=v_0+at $ ? this kinematic formula is probably the easiest to derive since it is really just a rearranged ve... | is n't the 2nd formula just the rearranged version of vavg = x/t ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | how do you derive the fourth kinematic formula , $ v^2=v_0^2+2a\delta x $ ? to derive the fourth kinematic formula , we 'll start with the second kinematic formula : $ { \delta x } = ( \dfrac { v+v_0 } { 2 } ) t $ we want to eliminate the time $ t $ from this formula . to do this , we 'll solve the first kinematic form... | what mathematical formula do i need to work out the energy required for a horse to propel itself up and over the wall in puissance ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | \quad v=v_0+at \quad \text { ( this formula is missing $ \delta x $ . ) } $ $ 2 . \quad { \delta x } = ( \dfrac { v+v_0 } { 2 } ) t\quad \text { ( this formula is missing $ a $ . | if two objects a and b are thrown , object a is thrown upwards and object b is thrown downwards from some distance what signs should we use to get the kinematics formula s=ut +1/2 at^2 or s= ut - 1/2 at^2 ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | in other words , the initial velocity $ v_0 $ has to be the velocity of the object at the initial position and start of the time interval $ t $ . similarly , the final velocity $ v $ must be the velocity at the final position and end of the time interval $ t $ being analyzed . what do solved examples involving the kine... | is there an equation which relates all five variables , distance , time , initial velocity , acceleration , and final velocity , together ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | when should i really use kinematic formulas ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | is that all these four kinematic formulas for on 2d y axis only ? |
what are the kinematic formulas ? the kinematic formulas are a set of formulas that relate the five kinematic variables listed below . $ \delta x\quad\text { displacement } $ $ t\qquad\text { time interval } ~ $ $ v_0 ~~\quad\text { initial velocity } ~ $ $ v\quad ~~~\text { final velocity } ~ $ $ a \quad~~ \text { con... | in other words , the initial velocity $ v_0 $ has to be the velocity of the object at the initial position and start of the time interval $ t $ . similarly , the final velocity $ v $ must be the velocity at the final position and end of the time interval $ t $ being analyzed . what do solved examples involving the kine... | why is final velocity v and not vf ? |
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