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7.) Why does the electric field due to a dipole decrease more rapidly with increasing distance than that for a single charge? a) The total charge of the dipole is neutral (zero). b) Because there are two charges in the dipole, the electric field has one-half the field strength of a single charge. c) Any given point is closer to one of the charges of the dipole than to the other. d) The two charges in the dipole are separated by some distance. 8.) Complete the following sentence: The normal to the surface of a spherical mirror is a) always parallel to the central axis. b) always perpendicular to the central axis. c) parallel to the surface of the mirror. d) a line drawn from the center of curvature to the surface of the mirror. 9.) Which of the following parameters is not needed to use the mirror equation to solve for an unknown parameter? a) the object distance b) the height of the object c) focal length of the mirror d) the image distance

7.) Why does the electric field due to a dipole decrease more rapidly with increasing distance than that for a single charge? a) The total charge of the dipole is neutral (zero). b) Because there are two charges in the dipole, the electric field has one-half the field strength of a single charge. c) Any given point is closer to one of the charges of the dipole than to the other. d) The two charges in the dipole are separated by some distance. 8.) Complete the following sentence: The normal to the surface of a spherical mirror is a) always parallel to the central axis. b) always perpendicular to the central axis. c) parallel to the surface of the mirror. d) a line drawn from the center of curvature to the surface of the mirror. 9.) Which of the following parameters is not needed to use the mirror equation to solve for an unknown parameter? a) the object distance b) the height of the object c) focal length of the mirror d) the image distance

College Physics
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter16: Oscillatory Motion And Waves
Section: Chapter Questions
Problem 29PE: A pendulum with a period of 2.00000 s in one location (g=9.80m/s2) is moved to a new location where...
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6.) What is the distance between two successive antinodes of a standing wave?

a.) one-half wavelength
b.) one wavelength
c.) one-forth wavelength
d.) two wavelengths
 
 
 
 
please answer all thanks
 
7.) Why does the electric field due to a dipole decrease more rapidly with increasing distance than that for a single charge? a) The total charge of the dipole is neutral (zero). b) Because there are two charges in the dipole, the electric field has one-half the field strength of a single charge. c) Any given point is closer to one of the charges of the dipole than to the other. d) The two charges in the dipole are separated by some distance. 8.) Complete the following sentence: The normal to the surface of a spherical mirror is a) always parallel to the central axis. b) always perpendicular to the central axis. c) parallel to the surface of the mirror. d) a line drawn from the center of curvature to the surface of the mirror. 9.) Which of the following parameters is not needed to use the mirror equation to solve for an unknown parameter? a) the object distance b) the height of the object c) focal length of the mirror d) the image distance
Transcribed Image Text:7.) Why does the electric field due to a dipole decrease more rapidly with increasing distance than that for a single charge? a) The total charge of the dipole is neutral (zero). b) Because there are two charges in the dipole, the electric field has one-half the field strength of a single charge. c) Any given point is closer to one of the charges of the dipole than to the other. d) The two charges in the dipole are separated by some distance. 8.) Complete the following sentence: The normal to the surface of a spherical mirror is a) always parallel to the central axis. b) always perpendicular to the central axis. c) parallel to the surface of the mirror. d) a line drawn from the center of curvature to the surface of the mirror. 9.) Which of the following parameters is not needed to use the mirror equation to solve for an unknown parameter? a) the object distance b) the height of the object c) focal length of the mirror d) the image distance
10.) Which one of the following quantities is not a factor in determining the natural frequency of a string fixed at its two ends? a) acceleration due to gravity b) mass c) tension d) length
Transcribed Image Text:10.) Which one of the following quantities is not a factor in determining the natural frequency of a string fixed at its two ends? a) acceleration due to gravity b) mass c) tension d) length
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