14. Determine the wave number and frequency of a traveling wave with a speed of 20 ms-1 and the wavelength of 9 m. (Select all that apply.) wave number =0.7 m-1 wave number =0.3 m-1 frequency =2.2 s-1 wave number =1.0 m-1 frequency =0.5 s-1 frequency =6.7 s-1
14. Determine the wave number and frequency of a traveling wave with a speed of 20 ms-1 and the wavelength of 9 m. (Select all that apply.) wave number =0.7 m-1 wave number =0.3 m-1 frequency =2.2 s-1 wave number =1.0 m-1 frequency =0.5 s-1 frequency =6.7 s-1
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
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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Question
14. Determine the wave number and frequency of a traveling wave with a speed of 20 ms-1 and the wavelength of 9 m. (Select all that apply.)
wave number =0.7 m-1
wave number =0.3 m-1
frequency =2.2 s-1
wave number =1.0 m-1
frequency =0.5 s-1
frequency =6.7 s-1
15. A progressive wave is represented as follows:
y(x,t) = 6.2 sin ?(14.2t − 1.1x)
where y and x are in meters and t in second. Determine the amplitude and wave speed. (Select all that apply.)
y(x,t) = 6.2 sin ?(14.2t − 1.1x)
where y and x are in meters and t in second. Determine the amplitude and wave speed. (Select all that apply.)
amplitude =6.2
amplitude =6.6
wave speed =12.9 ms-1
wave speed =0.1 ms-1
amplitude =5.1
wave speed =15.6 ms-1
16. An upright, virtual and small images will be produced by the following optical lens and mirrors. (Select all that apply.)
converging lens
diverging lens
flat mirror
concave mirror
convex mirror
17. Which of the following will describe the properties of the image produced by a converging lens as object getting closer towards lens beyond the focal point? (Select all that apply.)
upright
larger
inverted
virtual
real
smaller
18. Which of the following describe the properties of the dark fringes produced by the interference effect in Young double slit experiment? (Select all that apply.)
destructive interference
odd integer phase difference
in-phase
out of phase
even integer phase difference
constructive interference
19. Which of the following will affected the size of central maximum in a single slit diffraction experiment? (Select all that apply.)
light incident angle
slit width
slit-screen distance
laser wavelength
laser power
slit-light source distance
20. Which of the following frequencies are higher harmonics of a string with fundamental frequencies of 170 Hz? (Select all that apply.)
1020 Hz
330 Hz
690 Hz
595 Hz
510 Hz
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Transcribed Image Text:DETAILS
MY NOTES
ASK YOUR TEACHI
S.
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1.
Tires of a Bigfoot truck has a diameter of 2.4 m. If it rotates 55 revolutions, find distance travel on the road.
A spring-mass system under simple harmonic motion having period of 25 s. If mass of 7.0 kg is attached
spring,
determine the spring constant.
0.44 N/m
O 415 m
O 124 m
O 0.33 N/m
O 207 m
O 0.50 N/m
O 830 m
O 0.55 N/m
DETAILS
MY NOTES
ASK YOUR TEACHER
DETAILS
MY NOTES
ASK YOUR TEACHER
Helicopters rotor blades, could spin at high speed of 480 rpm. Find the angular displacement in radian for 4 hour(s)
operation.
Two trains whistles, A and B, in Figure 1 each have frequency of 315 Hz. A is stationary and B is moving toward the
O 361728 rad
right with speed of 54.0 ms-1. If a skater L moving toward the right with speed of 17.0 ms-1 and no wind is
blowing, determine the frequency heard by the skater due train B. (Use sound speed=343 m/s)
O 759628.8 rad
O 723456 rad
= 0
UL
O 783360 rad
3.
DETAILS
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B
Figure 1
A 18 N force is applied to a cord wrapped around a pulley of radius 11 cm caused its to spin 5.0 rad/s2. Determine
the moment inertia of the pulley.
O 392.4 Hz
O 0.50 kgm
O 355.3 Hz
O 0.99 kgm2
O 285.6 Hz
O 0.40 kgm?
O 258.7 Hz
O 0.66 kgm?
DETAILS
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ASK YOUR TEACHER
7.
4.
DETAILS
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Human audible range frequency is within 20 Hz-20 kHz. Determine the sound wavelength for the lowest audible
A ball of mass 6.0 kg and diameter of 26.0 cm rolling horizontally without slipping with constant speed 19.0 m/s.
frequency for a man at 20°C.
O 17.150 m
Calculate the its total kinetic energy. (Given moment inertia I(sphere, mass M and radius R)=0.4MR2)
O 1299.6 )
O 0.583 m
O 1516.2 )
O 5.831 m
1083 J
O 1.715 m
O 1732.8 J

Transcribed Image Text:DETAILS
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11.
DETAILS
MY NOTES
ASK YOUR TEACHER
A pipe open at both ends resonates at a fundamental frequency Fo. When one end is covered and the pipe is again
All the following objects are rotating constantly 20.20 rad/s within the axis as shown in the Figure 2. If these solid
have same mass and radius, rank the rotational kinetic energy from lowest to highest.
made to resonate, the fundamental frequency is Fc.
Which of the following expressions describes how these two resonant frequencies compare?
O Fc = 0.5Fo
O Fc- Fo
|Axis
|Axis
JAxis
O none of these
R
R.-
O Fc- 1.5Fo
O Fc = 2Fo
H
S
C
DETAILS
MY NOTES
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Figure 2
Determine the focal length of a plano-concave lens (refractive index n -1.5) with 22 cm radius of curvature on its
curve surface.
O HSC
О -22.0 ст
O CHS
O -66.0 cm
O SHC
O -44.0 cm
O SCH
O -88.0 cm
13.
DETAILS
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ASK YOUR TEACHER
DETAILS
A long uniform beam and a load at one end as shown in Figure 3. The beam is hinged fix to a wall and is held at rest
by a cable. Which of the following forces caused clock-wise torque on the beam ? (Select all that apply.)
10.
MY NOTES
ASK YOUR TEACH
Which of the following light color will diffracted wider angle for first order bright fringe in Young double slit
O beam-weight
experiment?
O load-weight
O yellow
O tension in cable
O red
O hinge force
O green
O blue
cable
12.
DETAILS
35
beam
Which of the following are angular velocity? (Select all that apply.)
O rpm
cps
load
O rps
Figure 3
O m/s
O km/hr
0 o o O O
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