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4) The position directly overhead is called the zenith. Label the direction of the zenith on Figure 2. How does the direction of the zenith compare to the direction that you identified in question 3?

4) The position directly overhead is called the zenith. Label the direction of the zenith on Figure 2. How does the direction of the zenith compare to the direction that you identified in question 3?

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
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Please answer questions 4, 5, & 6 on my homework.  Please open the image to see questions # 4, 5, & 6.

The x's in both figures represent four of the positions through with Star B will pass during the course of one revolution of the celestial sphere. Ignore Star A until question 6. 1) Note in Figure 1 that the position of Star B at 6 pm has been identified for you. Circle the numbered position (1, 2, 3, and 4) in Figure 2 that corresponds to the identified location of Star B at 6pm provided in Figure 1. 2) The rotation of the celestial sphere carries Star B around so that it returns to the same position at about 6 pm the next evening. Label each of the x's in both figures with the approximate time at which Star B will arrive (e.g., the location your circled in question 1 will be labeled "6 pm). 3) Using Figure 2, describe the direction you have to look to see Star B at 6 am. Celestial Sphere Rotation Path of Star B Celestial Sphere North Star Earth's Equator Celestial Sphere Rotation Figure 2 Path of Star A Horizon N
Transcribed Image Text:The x's in both figures represent four of the positions through with Star B will pass during the course of one revolution of the celestial sphere. Ignore Star A until question 6. 1) Note in Figure 1 that the position of Star B at 6 pm has been identified for you. Circle the numbered position (1, 2, 3, and 4) in Figure 2 that corresponds to the identified location of Star B at 6pm provided in Figure 1. 2) The rotation of the celestial sphere carries Star B around so that it returns to the same position at about 6 pm the next evening. Label each of the x's in both figures with the approximate time at which Star B will arrive (e.g., the location your circled in question 1 will be labeled "6 pm). 3) Using Figure 2, describe the direction you have to look to see Star B at 6 am. Celestial Sphere Rotation Path of Star B Celestial Sphere North Star Earth's Equator Celestial Sphere Rotation Figure 2 Path of Star A Horizon N
4) The position directly overhead is called the zenith. Label the direction of the zenith on Figure 2. How does the direction of the zenith compare to the direction that you identified in question 37 5) In Figure 1, the path that Star B follows is shown with a dashed line. Draw a small arrowhead on the path to represent the direction Star B would be moving at the instant it is at each of the four locations marked with an x. Check your answers with a nearby group. North Star O 6 PM North Figure 1 6) Using Figure 2, describe in words where you would look to see Star A when it is halfway between rising and setting. Call Sp Retation Path of Su B Celestial Sphen North Star Equ Condial Roti Figure 2 Ste A
Transcribed Image Text:4) The position directly overhead is called the zenith. Label the direction of the zenith on Figure 2. How does the direction of the zenith compare to the direction that you identified in question 37 5) In Figure 1, the path that Star B follows is shown with a dashed line. Draw a small arrowhead on the path to represent the direction Star B would be moving at the instant it is at each of the four locations marked with an x. Check your answers with a nearby group. North Star O 6 PM North Figure 1 6) Using Figure 2, describe in words where you would look to see Star A when it is halfway between rising and setting. Call Sp Retation Path of Su B Celestial Sphen North Star Equ Condial Roti Figure 2 Ste A
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