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Radio Stations Often Have More Than One Broadcasting Tower Because

Question 142

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Radio stations often have more than one broadcasting tower because federal guidelines do not usually permit a radio station to broadcast its signal in all directions with equal power. Since radio waves can travel over long distances, it is important to control their directional patterns so that radio stations do not interfere with one another. Suppose that a radio station has two broadcasting towers located along a north-south line, as shown in the figure. If the radio station is broadcasting at a wavelength Radio stations often have more than one broadcasting tower because federal guidelines do not usually permit a radio station to broadcast its signal in all directions with equal power. Since radio waves can travel over long distances, it is important to control their directional patterns so that radio stations do not interfere with one another. Suppose that a radio station has two broadcasting towers located along a north-south line, as shown in the figure. If the radio station is broadcasting at a wavelength and the distance between the two radio towers is equal to , then the intensity I of the signal in the direction is given by where I<sub> o </sub> is the maximum intensity. Approximate I in terms of I<sub> o </sub> for . A) I<sub> o </sub> B) 0.614I<sub> o </sub> C) 0.625I<sub> o </sub> D) 0.603I<sub> o </sub> E) 0.592I<sub> o </sub> and the distance between the two radio towers is equal to Radio stations often have more than one broadcasting tower because federal guidelines do not usually permit a radio station to broadcast its signal in all directions with equal power. Since radio waves can travel over long distances, it is important to control their directional patterns so that radio stations do not interfere with one another. Suppose that a radio station has two broadcasting towers located along a north-south line, as shown in the figure. If the radio station is broadcasting at a wavelength and the distance between the two radio towers is equal to , then the intensity I of the signal in the direction is given by where I<sub> o </sub> is the maximum intensity. Approximate I in terms of I<sub> o </sub> for . A) I<sub> o </sub> B) 0.614I<sub> o </sub> C) 0.625I<sub> o </sub> D) 0.603I<sub> o </sub> E) 0.592I<sub> o </sub> , then the intensity I of the signal in the direction Radio stations often have more than one broadcasting tower because federal guidelines do not usually permit a radio station to broadcast its signal in all directions with equal power. Since radio waves can travel over long distances, it is important to control their directional patterns so that radio stations do not interfere with one another. Suppose that a radio station has two broadcasting towers located along a north-south line, as shown in the figure. If the radio station is broadcasting at a wavelength and the distance between the two radio towers is equal to , then the intensity I of the signal in the direction is given by where I<sub> o </sub> is the maximum intensity. Approximate I in terms of I<sub> o </sub> for . A) I<sub> o </sub> B) 0.614I<sub> o </sub> C) 0.625I<sub> o </sub> D) 0.603I<sub> o </sub> E) 0.592I<sub> o </sub> is given by Radio stations often have more than one broadcasting tower because federal guidelines do not usually permit a radio station to broadcast its signal in all directions with equal power. Since radio waves can travel over long distances, it is important to control their directional patterns so that radio stations do not interfere with one another. Suppose that a radio station has two broadcasting towers located along a north-south line, as shown in the figure. If the radio station is broadcasting at a wavelength and the distance between the two radio towers is equal to , then the intensity I of the signal in the direction is given by where I<sub> o </sub> is the maximum intensity. Approximate I in terms of I<sub> o </sub> for . A) I<sub> o </sub> B) 0.614I<sub> o </sub> C) 0.625I<sub> o </sub> D) 0.603I<sub> o </sub> E) 0.592I<sub> o </sub> where I o is the maximum intensity. Radio stations often have more than one broadcasting tower because federal guidelines do not usually permit a radio station to broadcast its signal in all directions with equal power. Since radio waves can travel over long distances, it is important to control their directional patterns so that radio stations do not interfere with one another. Suppose that a radio station has two broadcasting towers located along a north-south line, as shown in the figure. If the radio station is broadcasting at a wavelength and the distance between the two radio towers is equal to , then the intensity I of the signal in the direction is given by where I<sub> o </sub> is the maximum intensity. Approximate I in terms of I<sub> o </sub> for . A) I<sub> o </sub> B) 0.614I<sub> o </sub> C) 0.625I<sub> o </sub> D) 0.603I<sub> o </sub> E) 0.592I<sub> o </sub> Approximate I in terms of I o for Radio stations often have more than one broadcasting tower because federal guidelines do not usually permit a radio station to broadcast its signal in all directions with equal power. Since radio waves can travel over long distances, it is important to control their directional patterns so that radio stations do not interfere with one another. Suppose that a radio station has two broadcasting towers located along a north-south line, as shown in the figure. If the radio station is broadcasting at a wavelength and the distance between the two radio towers is equal to , then the intensity I of the signal in the direction is given by where I<sub> o </sub> is the maximum intensity. Approximate I in terms of I<sub> o </sub> for . A) I<sub> o </sub> B) 0.614I<sub> o </sub> C) 0.625I<sub> o </sub> D) 0.603I<sub> o </sub> E) 0.592I<sub> o </sub> .


A) I o
B) 0.614I o
C) 0.625I o
D) 0.603I o
E) 0.592I o

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