xrcxx
Jun 17, 2016, 05:22 AM
Given that the temperature versus time engine is
1.2t=Tm
Temperature of the environment is 15=Te
Constant k=0.8
It is known that the rate of the cooling is define by
dT/dt = -k(T-Te)+Tm
Also known that the speed of the robot is 25m/s And the starting temparture of the engine is 35.
We need to find the Differential Equations for the road founded in the last question for Each Δt=0.1
1.2t=Tm
Temperature of the environment is 15=Te
Constant k=0.8
It is known that the rate of the cooling is define by
dT/dt = -k(T-Te)+Tm
Also known that the speed of the robot is 25m/s And the starting temparture of the engine is 35.
We need to find the Differential Equations for the road founded in the last question for Each Δt=0.1