SOLUTION: 6. The power supply P (in watts) in a satellite is given by:
P=100e^-0.005t
where t is measured in days. Find the time rate of change of power after 100 days.
Algebra.Com
Question 328493: 6. The power supply P (in watts) in a satellite is given by:
P=100e^-0.005t
where t is measured in days. Find the time rate of change of power after 100 days.
Answer by Fombitz(32388) (Show Source): You can put this solution on YOUR website!
Watts/day
RELATED QUESTIONS
A satellite has a radioactive isotope power supply. The power output in watts is given by (answered by jim_thompson5910)
A radioisotope is used as a power source for a satellite. The power output is given by... (answered by stanbon)
Please help with the problem:
A satellite has a radioactive isotope for its power... (answered by ankor@dixie-net.com)
I have two more Chapter quiz that I require assistance with in re-working the following... (answered by stanbon)
The population P of a certain is expected to be given by a model P= 100e^rt where r is... (answered by josgarithmetic)
The population P of a certain culture is expected to be given by a model P=100e^rt where... (answered by Nate)
Help...
The population P of a certain culture is expected to be given by a model... (answered by stanbon)
PLEASE HELP ME WITH THIS PROBLEM:
The population P of a certain culture is expected to... (answered by funmath)
THE POPULATION P OF A CERTAIN CULTURE IS EXPECTED TO BE GIVEN BY A MODEL P=100e^rt WHERE... (answered by stanbon)