A mug of beer chilled to 32 degrees, if left in a 68-degree room, will warm to a temperature of T(t) = 68(a) Find T(0.3) and T'(0.3). (Round your answers to one decimal place.)= 55.4T(0.3)T'(0.3)=OInterpret your answers.After 18 minutes, the temperature of the beer is(b) Find T(1) and T'(1). (Round your answers to one decimal place.)= 66.9T(1)T'(1) = 3.8Interpret your answers.After 1 hour, the temperature of the beer is 66.9-36eX degrees and is increasing at the rate ofdegrees and is increasing at the rate of 3.8-3.5tdegrees in t hours.X degrees per hour.degrees per hour.

A mug of beer chilled to 32 degrees, left in a 68-degree room,will warm to a temperature of…

A mug of beer chilled to 32 degrees, if left in a 68-degree room, will warm to a temperature of T(t) = 68 - 36e-3.5t degrees in t hours. (a) Find T(0.3) and T'(0.3). (Round your answers to one decimal place.) T(0.3) = 55.4 T'(0.3) = X O Interpret your answers. After 18 minutes, the temperature of the beer is O X degrees and is increasing at the rate of (b) Find T(1) and 7(1). (Round your answers to one decimal place.) T(1) = 66.9 T'(1) = 3.8 Interpret your answers. After 1 hour, the temperature of the beer is 66.9 degrees and is increasing at the rate of 3.8 X degrees per hour. degrees per hour.