18. Ident magnitude of the ob greatest. 19. During the interval t = 8.0 seconds to t= 10.0 seconds, the speed of the object is (1) zero (2) increasing (3) decreasing (4) constant, but not zero lationship

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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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please help with question 19
aross a rh
eastward
secc
O me
at 5.0
what is the.
velocity7
estions 15 through 19 on
27. Which object ha
Bese your an ich repr
the graph below
urtween
28. Compared to te
the average sp
speed andd time for an oblert in straight-
(3)
motion?
(1) less
(2) greater
ine motion.
Speed vs. Time
29. An object in
(4)
per
The displa
2.0 secon
(1) 32 m
(2) 32 m
a
A 10 20 30 40 S 0 60 20 80 9.0 10.0
Time (s)
30. An obje
second
15. Calculate the acceleration of the object during
the time interval t 3.0 seconds to t- 5.0
seconds.
per se
The f
16. Determine the average speed of the object
during the time interval t - 6.0 seconds to
- 8.0 seconds.
Time (s)
(1) 2
(2) 2
31. The
body is constant?
(1) speed
(2) velocity
(3) acceleration
(4) displacement
17.
(1)
(2)
during the first 3.0 seconds.
18. Identify the interval during which the
magnitude of the object's acceleration is
greatest.
Base
19. During the interval t= 8.0 seconds to t= 10.0
econds, the speed of the object is
on th
relat
obje
(1) zero
(2) increasing
(3) decreasing
(4) constant, but not zero
a straight line.
30+
30
E 20-
20-
20. The graph below represents the relationship
between distance and time of travel for an
object moving in a straight line.
10-
10-
Distance vs. Time
Time (s)
A
Time (s)
E 4.0
30+
30-
2.0
20-
20+
10-
10-
0-
0.
Time (s)
2.0
4.0
Time (s)
6.0
3
Time (s)
Determine the instantaneous speed of the
object at 1.5 seconds.
24. Which object had a retarding force acting o
25. Which object was not accelerating?
26. Which object traveled the greatest distan
the 3.0-second time interval?
32 Topic 2: Mechanics
Distance (
Speed (m/s)
Speed (m/s)
(s/w) pəəds
(S/w) pəəds
Transcribed Image Text:aross a rh eastward secc O me at 5.0 what is the. velocity7 estions 15 through 19 on 27. Which object ha Bese your an ich repr the graph below urtween 28. Compared to te the average sp speed andd time for an oblert in straight- (3) motion? (1) less (2) greater ine motion. Speed vs. Time 29. An object in (4) per The displa 2.0 secon (1) 32 m (2) 32 m a A 10 20 30 40 S 0 60 20 80 9.0 10.0 Time (s) 30. An obje second 15. Calculate the acceleration of the object during the time interval t 3.0 seconds to t- 5.0 seconds. per se The f 16. Determine the average speed of the object during the time interval t - 6.0 seconds to - 8.0 seconds. Time (s) (1) 2 (2) 2 31. The body is constant? (1) speed (2) velocity (3) acceleration (4) displacement 17. (1) (2) during the first 3.0 seconds. 18. Identify the interval during which the magnitude of the object's acceleration is greatest. Base 19. During the interval t= 8.0 seconds to t= 10.0 econds, the speed of the object is on th relat obje (1) zero (2) increasing (3) decreasing (4) constant, but not zero a straight line. 30+ 30 E 20- 20- 20. The graph below represents the relationship between distance and time of travel for an object moving in a straight line. 10- 10- Distance vs. Time Time (s) A Time (s) E 4.0 30+ 30- 2.0 20- 20+ 10- 10- 0- 0. Time (s) 2.0 4.0 Time (s) 6.0 3 Time (s) Determine the instantaneous speed of the object at 1.5 seconds. 24. Which object had a retarding force acting o 25. Which object was not accelerating? 26. Which object traveled the greatest distan the 3.0-second time interval? 32 Topic 2: Mechanics Distance ( Speed (m/s) Speed (m/s) (s/w) pəəds (S/w) pəəds
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