How To Find Time In Physics To calculate the time taken for an object to travel a certain distance given its mass and a constant force, one can use the relationship defined by newton's second law (f=ma) to find acceleration. the kinematic equations can then be applied to relate acceleration, distance, and time. in the example discussed, a 1 kg object traveling 100 meters with a force of 9.81 newtons can be analyzed using. Simple. use a kinematics equation that has all the variables you need in it. think about it. you know initial velocity, the distance it travels, and the acceleration. you need to find time. which formula has all of those variables in it? let me know if you haven't been given those formulae, and i can give you hints on how to solve it the long way. the acceleration is simple, remember the basic.
1 3 Measurement Of Time Physics Tuition Centre O Level A Level And You know the final (and initial) angular velocity and the time it took to get there. with this you can get the angular acceleration. given that, you can find how many revolutions it traversed in the given time. I have tried to find time using distance over speed, but that answer is incorrect. is there a way to solve this problem using the formula my school gave me (rearranging the formula using algebra), or is there another way?. Finding time with given distance and acceleration. help needed ask question asked 11 years, 10 months ago modified 5 years, 5 months ago. Homework statement change in x=0.104m s change in y=.067m s find time, vy final and vx. this is probably extremely simple, but i can't seem to figure it out. once i understand how to do this one i can do the rest. thanks.
How To Find Time In Physics Finding time with given distance and acceleration. help needed ask question asked 11 years, 10 months ago modified 5 years, 5 months ago. Homework statement change in x=0.104m s change in y=.067m s find time, vy final and vx. this is probably extremely simple, but i can't seem to figure it out. once i understand how to do this one i can do the rest. thanks. Homework statement i need to calculate the time that it takes for a drag car that is powered by an 8 gram co₂ cartridge to go across a certain distance. my wooden drag car is 100 grams. it will be traveling a distance of 50 feet. homework equations force= mass x acceleration power= work. K so i used x xo= vo t 1 2 at^2 plugged in all my values then moved everything to one side and used the quadratic formula here is my question. when i solve for it i get t=40.28 and t= 40.58 so which t is my time?. Homework statement calculate the hang time of an athlete who jumps a vertical distance of 0.58 meter. homework equations all i know is that d= 0.5m, and possibly initial velocity is 0? i am not sure. the attempt at a solution i tried using v = d t, even though i doubted it. Well i tried to find the position equation of both objects, then set them equal to each other to find the time at which their positions are equal. for the top object, since at time 0 his position is 99 m, and his initial velocity is 4 m s, i found its position equation to be x (t) = 4t 99. the 4t is negative because its traveling down.
Time Physics Homework statement i need to calculate the time that it takes for a drag car that is powered by an 8 gram co₂ cartridge to go across a certain distance. my wooden drag car is 100 grams. it will be traveling a distance of 50 feet. homework equations force= mass x acceleration power= work. K so i used x xo= vo t 1 2 at^2 plugged in all my values then moved everything to one side and used the quadratic formula here is my question. when i solve for it i get t=40.28 and t= 40.58 so which t is my time?. Homework statement calculate the hang time of an athlete who jumps a vertical distance of 0.58 meter. homework equations all i know is that d= 0.5m, and possibly initial velocity is 0? i am not sure. the attempt at a solution i tried using v = d t, even though i doubted it. Well i tried to find the position equation of both objects, then set them equal to each other to find the time at which their positions are equal. for the top object, since at time 0 his position is 99 m, and his initial velocity is 4 m s, i found its position equation to be x (t) = 4t 99. the 4t is negative because its traveling down.
Time Physics Homework statement calculate the hang time of an athlete who jumps a vertical distance of 0.58 meter. homework equations all i know is that d= 0.5m, and possibly initial velocity is 0? i am not sure. the attempt at a solution i tried using v = d t, even though i doubted it. Well i tried to find the position equation of both objects, then set them equal to each other to find the time at which their positions are equal. for the top object, since at time 0 his position is 99 m, and his initial velocity is 4 m s, i found its position equation to be x (t) = 4t 99. the 4t is negative because its traveling down.
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