The total solar radiation H (in W/m) on a particular surface during an average clear day...

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The total solar radiation H (in W/m²) on a particular surface during an average clear day is given by the following function, where t (-6 ≤t≤6) is the number of hours from noon (6 A.M. is equivalent to t= -6). Find the instantaneous rate of change of H with respect to t at 11 A.M. 4500 H=5 ť +6 The instantaneous rate of change of H with respect to t at 11 A.M. is (Round to the nearest tenth as needed.) W/(m².h). The total solar radiation H (in W/m²) on a particular surface during an average clear day is given by the following function, where t (-6 ≤t≤6) is the number of hours from noon (6 A.M. is equivalent to t= -6). Find the instantaneous rate of change of H with respect to t at 11 A.M. 4500 H=5 ť +6 The instantaneous rate of change of H with respect to t at 11 A.M. is (Round to the nearest tenth as needed.) W/(m².h).

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To find the instantaneous rate of change of H with respect to t at 11 AM we need to find the deriva... View the full answer