A runner makes one lap around a 200 m track in 25 seconds. What were the runner's average speed and average velocity? An object from rest with a constant acceleration of 8 m/s2 along a straight line. Find the: a. final velocity; b. ave. velocity in 5 seconds; and c. distance in 5 seconds. An object moving at 13 m/s slows down uniformly at a rate of 2 m/s each second for a time of 6 seconds. Find the: a. final velocity; b. ave. velocity in 6 seconds; and c. distance in 6 seconds.

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c. distance in 5 seconds.
An object moving at 13 m/s slows down uniformly at a rate of 2 m/s each second
for a time of 6 seconds. Find the:
3.
a. final velocity;
b. ave. velocity in 6 seconds; and
c. distance in 6 seconds.
A body starts from rest, moves in a straight line with constant acceleration and
covers a distance of 7 kilometers in 15 minutes. Find the:
4.
a. final velocity;
b. time required to cover half the total distance;
c. distance covered in half the total time;
d. velocity at half the total distance; and
e. velocity at half the total time.
5.
Which has greater deceleration, a bicycle slowing from 3 m/s to a stop in
6 seconds or a car slowing from 20 m/s to 15 m/s in 5 secor?
6.
Given the graph below;
D
150
100
E
1
3.
Time, hr
a. Is velocity constant at a anytime interval?
b. Which time interval shows uniform a?
c. Which time interval shows the body is slowing down?
This module is a property of Technological University of the Philippines Visayas and i
ERRO
v, km/hr
Transcribed Image Text:c. distance in 5 seconds. An object moving at 13 m/s slows down uniformly at a rate of 2 m/s each second for a time of 6 seconds. Find the: 3. a. final velocity; b. ave. velocity in 6 seconds; and c. distance in 6 seconds. A body starts from rest, moves in a straight line with constant acceleration and covers a distance of 7 kilometers in 15 minutes. Find the: 4. a. final velocity; b. time required to cover half the total distance; c. distance covered in half the total time; d. velocity at half the total distance; and e. velocity at half the total time. 5. Which has greater deceleration, a bicycle slowing from 3 m/s to a stop in 6 seconds or a car slowing from 20 m/s to 15 m/s in 5 secor? 6. Given the graph below; D 150 100 E 1 3. Time, hr a. Is velocity constant at a anytime interval? b. Which time interval shows uniform a? c. Which time interval shows the body is slowing down? This module is a property of Technological University of the Philippines Visayas and i ERRO v, km/hr
MART
LOBE
.ll .ll 55%
6:41 PM
PHYTECH124-Week-.. O
1.
A runner makes one lap around a 200 m track in 25 seconds. What were the
runner's average speed and average velocity?
An object from rest with a constant acceleration of 8 m/s2 along a straight line.
2.
Find the:
a. final velocity;
b. ave. velocity in 5 seconds; and
c. distance in 5 seconds.
An object moving at 13 m/s slows down uniformly at a rate of 2 m/s each second
3.
for a time of 6 seconds. Find the:
a. final velocity;
b. ave. velocity in 6 seconds; and
c. distance in 6 seconds.
A body starts from rest, moves in a straight line with constant acceleration and
covers a distance of 7 kilometers in 15 minutes. Find the:
4.
a. final velocity;
b. time required to cover half the total distance;
c. distance covered in half the total time;
d. velocity at half the total distance; and
e. velocity at half the total time.
Which has greater deceleration, a bicycle slowing from 3 m/s to a stop in
6 seconds or a car slowing from 20 m/s to 15 m/s in 5 seconds?
5.
Giyen the graph below:
Transcribed Image Text:MART LOBE .ll .ll 55% 6:41 PM PHYTECH124-Week-.. O 1. A runner makes one lap around a 200 m track in 25 seconds. What were the runner's average speed and average velocity? An object from rest with a constant acceleration of 8 m/s2 along a straight line. 2. Find the: a. final velocity; b. ave. velocity in 5 seconds; and c. distance in 5 seconds. An object moving at 13 m/s slows down uniformly at a rate of 2 m/s each second 3. for a time of 6 seconds. Find the: a. final velocity; b. ave. velocity in 6 seconds; and c. distance in 6 seconds. A body starts from rest, moves in a straight line with constant acceleration and covers a distance of 7 kilometers in 15 minutes. Find the: 4. a. final velocity; b. time required to cover half the total distance; c. distance covered in half the total time; d. velocity at half the total distance; and e. velocity at half the total time. Which has greater deceleration, a bicycle slowing from 3 m/s to a stop in 6 seconds or a car slowing from 20 m/s to 15 m/s in 5 seconds? 5. Giyen the graph below:
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