Demonstration 1: Sketch on the axes on the right yourpredictions for the x coordinate of the ball as a function oftime and the y coordinate of the ball as a function of time.Based on your graph of x vs. t, write a kinematic equationfor x as a function of time.Based on your graph for y vs. t, write a kinematicequation for y as a function of time.yQuestion 1: When is the speed of the ball amaximum? A minimum?Question 2: At the highest point in its motion,is the speed of the ball zero?x coordinateF+y coordinate0+CQuestion 3: When is the x-component of thevelocity a maximum? A minimum?Question 4: When is the y-component of thevelocity a maximum? A minimum?timetime

When an object is projected up at an angle the initial velocity of the object is resolved into…

on the axes on the right your redictions for the x coordinate of the ball as a function of me and the y coordinate of the ball as a function of time. ased on your graph of x vs. t, write a kinematic equation or x as a function of time. x= Based on your graph for y vs. t, write a kinematic equation for y as a function of time. Question 1: When is the speed of the ball a maximum? A minimum? Question 2: At the highest point in its motion, is the speed of the ball zero? x coordinate E y coordinate + + Question 3: When is the x-component of the velocity a maximum? A minimum? Question 4: When is the y-component of the velocity a maximum? A minimum? time time

on the axes on the right your redictions for the x coordinate of the ball as a function of me and the y coordinate of the ball as a function of time. ased on your graph of x vs. t, write a kinematic equation or x as a function of time. x= Based on your graph for y vs. t, write a kinematic equation for y as a function of time. Question 1: When is the speed of the ball a maximum? A minimum? Question 2: At the highest point in its motion, is the speed of the ball zero? x coordinate E y coordinate + + Question 3: When is the x-component of the velocity a maximum? A minimum? Question 4: When is the y-component of the velocity a maximum? A minimum? time time

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter3: Accelerated Motion

Section: Chapter Questions

Problem 95A

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Concept explainers

Scalars and Vectors

Scalars and Vectors are the classification of physical quantities that are used to denote various terms in physics.

Question

Demonstration 1: Sketch on the axes on the right your
predictions for the x coordinate of the ball as a function of
time and the y coordinate of the ball as a function of time.
Based on your graph of x vs. t, write a kinematic equation
for x as a function of time.
Based on your graph for y vs. t, write a kinematic
equation for y as a function of time.
y
Question 1: When is the speed of the ball a
maximum? A minimum?
Question 2: At the highest point in its motion,
is the speed of the ball zero?
x coordinate
F
+
y coordinate
0
+
C
Question 3: When is the x-component of the
velocity a maximum? A minimum?
Question 4: When is the y-component of the
velocity a maximum? A minimum?
time
time

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