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Compare the kinematics equation governing the motion y =vf+1/2 gf' and the format of the fit equation that you just made y At +Bt+C to explain how you can use the coefficients (either A, B, or C) to calculate the acceleration due to gravity. 13 pts Identify the coefficients of your fit equation. 5 pts

A =
В =
C =

User Natasa
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2 Answers

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Correct Question:

Compare the kinematics equation governing the motion
y = v_(o) t + 1/2 g t^(2) and the format of the fit equation that you just made
y = At^(2) + Bt + C to explain how you can use the coefficients (either A, B, or C) to calculate the acceleration due to gravity. 13 pts Identify the coefficients of your fit equation. 5 pts

A =

В =

C =

Answer:

A = g/2

B = v₀

C = 0

g = 2A

Step-by-step explanation:


y = v_(o) t + 1/2 g t^(2) .............................(1)


y = At^(2) + Bt + C............................(2)

Comparing equations (1) and (2)

A = g/2

B = v₀

C = 0

Acceleration due to gravity can be gotten from A = g/2 above

g = 2 A.....................(3)

Therefore, if we know the coefficient A, we can get the acceleration due to gravity using the relation in equation (3)

User Kevinw
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8.5k points
5 votes

Answer:

please find solution attached

Step-by-step explanation:

Compare the kinematics equation governing the motion y =vf+1/2 gf' and the format-example-1
User Shyam Bhimani
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7.7k points

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