- #1
TonyC
- 86
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The number of hours of daylight in a town on the west coast of North America can be modeled by:
h=3.75sin[2pi/365(d-79)] + 12
Where h is the number of hours of daylight in a day and d is the day of the year, with d=1 representing January 1 (assume 28 days in Feb). What is the total accumlated number of hours of daylight by a town between Mar 29 and June 29.
I worked the problem and came up with 1355.6 hours.
Am I good to go?
h=3.75sin[2pi/365(d-79)] + 12
Where h is the number of hours of daylight in a day and d is the day of the year, with d=1 representing January 1 (assume 28 days in Feb). What is the total accumlated number of hours of daylight by a town between Mar 29 and June 29.
I worked the problem and came up with 1355.6 hours.
Am I good to go?