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On a Certain Spring Day with 12 Hours of Daylight

Question 68

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On a certain spring day with 12 hours of daylight, the light intensity I takes on its largest value of 400 calories/cm 2 at midday. If t = 0 corresponds to sunrise and t is measured in hours, find a formula I = a sin bt that fits this information.


A) On a certain spring day with 12 hours of daylight, the light intensity I takes on its largest value of 400 calories/cm<sup> 2 </sup> at midday. If t = 0 corresponds to sunrise and t is measured in hours, find a formula I = a sin bt that fits this information. A) B) C) D) E)
B) On a certain spring day with 12 hours of daylight, the light intensity I takes on its largest value of 400 calories/cm<sup> 2 </sup> at midday. If t = 0 corresponds to sunrise and t is measured in hours, find a formula I = a sin bt that fits this information. A) B) C) D) E)
C) On a certain spring day with 12 hours of daylight, the light intensity I takes on its largest value of 400 calories/cm<sup> 2 </sup> at midday. If t = 0 corresponds to sunrise and t is measured in hours, find a formula I = a sin bt that fits this information. A) B) C) D) E)
D) On a certain spring day with 12 hours of daylight, the light intensity I takes on its largest value of 400 calories/cm<sup> 2 </sup> at midday. If t = 0 corresponds to sunrise and t is measured in hours, find a formula I = a sin bt that fits this information. A) B) C) D) E)
E) On a certain spring day with 12 hours of daylight, the light intensity I takes on its largest value of 400 calories/cm<sup> 2 </sup> at midday. If t = 0 corresponds to sunrise and t is measured in hours, find a formula I = a sin bt that fits this information. A) B) C) D) E)

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