Help with the following question Useful informationKinematic equations for constant accelerationa(t) = aov(t) = vo + aotAverage speedx(t) = xo + vot +v = vg + 2αοΔαAverage accelerationv=a =1zaot²xf - Xotf-toUf - votf-toAnswers to one significant figure2. -10, 0, +5 m/s3.10 m, 2 m/s, -2 m/s²(1( Questions1. Using graphical methods only (no calculus, notable of values), derive kinematic equation (3)from (2). You may refer to the figure below.VfVov(t)totf2. Knight P2.4 The figure below is a bicycle's

Given Data: v0 is initial speed of object vf is final velocity of object a0 is the acceleration of…

Answered: 1. Using graphical methods only (no…

1. Using graphical methods only (no calculus, no table of values), derive kinematic equation (3) from (2). You may refer to the figure below. Vf Vo to v(t) tf

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter6: Motion In Two Dimensions

Section: Chapter Questions

Problem 76A

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Units and Dimensions

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Help with the following question

Useful information
Kinematic equations for constant acceleration
a(t) = ao
v(t) = vo + aot
Average speed
x(t) = xo + vot +
v = vg + 2αοΔα
Average acceleration
v=
a =
1
zaot²
xf - Xo
tf-to
Uf - vo
tf-to
Answers to one significant figure
2. -10, 0, +5 m/s
3.
10 m, 2 m/s, -2 m/s²
(1
(

Questions
1. Using graphical methods only (no calculus, no
table of values), derive kinematic equation (3)
from (2). You may refer to the figure below.
Vf
Vo
v(t)
to
tf
2. Knight P2.4 The figure below is a bicycle's

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