Unit 1: Constant velocity WS 3
By JAMES CALLAHAN
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Last updated almost 3 years ago
13 Questions
use the description of motion (in words) to make a sketch on the position vs. Time (x vs.t) graphs below each description. Then use the description and the position vs. time graph you just made to make a sketch on the Veolicty vs. Time (v vs. t) graphs.
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Question 1
1.
The object is moving away from the origin at a constant (steady) speed.
The object is moving away from the origin at a constant (steady) speed.
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Question 2
2.
Velocity vs. time graph
Velocity vs. time graph
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Question 3
3.
The object is standing still.
The object is standing still.
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Question 4
4.
Velocity vs. time graph
Velocity vs. time graph
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Question 5
5.
The object moves toward the origin at a steady speed for 10 sec, then stands still for 10 sec
The object moves toward the origin at a steady speed for 10 sec, then stands still for 10 sec
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Question 6
6.
Velocity vs. time graph
Velocity vs. time graph
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Question 7
7.
The object moves away from the origin at a steady speed for 10 sec, reverses direction and moves back toward the origin at the exact same speed.
The object moves away from the origin at a steady speed for 10 sec, reverses direction and moves back toward the origin at the exact same speed.
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Question 8
8.
Velocity vs. time graph
Velocity vs. time graph
For each position vs. time graph, determine the value of the velocity for each section of the graph (#9 one section, 10 and 11 have 2 sections). Then draw the velocity vs. time graphs that show the exact same motion described in the position vs. time graphs. QUANTITATIVE GRAPHS.
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Question 9
9.
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Question 10
10.
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Question 11
11.
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Question 12
12.
Moving forward is a POSTIVIE SLOPE on a Position vs. Time graph. How do you show moving forward on a Velocity vs. Time graph?
Moving forward is a POSTIVIE SLOPE on a Position vs. Time graph. How do you show moving forward on a Velocity vs. Time graph?
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1
Question 13
13.
The initial starting point is the Y-Intercept on a Position vs. Time graph. How do you show the initial starting point on a Velocity vs. Time graph?
The initial starting point is the Y-Intercept on a Position vs. Time graph. How do you show the initial starting point on a Velocity vs. Time graph?