The gas equation for one mole of oxygen related its pressure P (in atmospheres), its temperature, T (in Kelvin, K) and its volume V (in cubic decimeters, dm³) is given below 25 V 5 Suppose at time t, the volume is 5 dm³, and the pressure is 3 atm. (a) Find the temperature T at this moment. Enter your answer in the blank below. (b) Find the rate of change of the temperature if the pressure is increasing at a rate of 3 0.1 atm/min and the volume is decreasing at a rate of 0.1 dm³/min. (c) Is the temperature increasing or decreasing in time? Include solutions to all sections of this question in your Crowdmark submission. T= 1 4V² 2 P + 10PV

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Chapter3: Polynomial Functions
Section3.5: Mathematical Modeling And Variation
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The gas equation for one mole of oxygen related its pressure P (in atmospheres), its
temperature, T (in Kelvin, K) and its volume V (in cubic decimeters, dm³) is given
below
25
V
5
Suppose at time t, the volume is 5 dm³, and the pressure is 3 atm.
Find the temperature T at this moment. Enter your answer in the blank below.
(b) Find the rate of change of the temperature if the pressure is increasing at a rate of
3
0.1 atm/min and the volume is decreasing at a rate of 0.1 dm³/min.
(c) Is the temperature increasing or decreasing in time?
Include solutions to all sections of this question in your Crowdmark submission.
T
=
1
4V²
2
P + 10PV
Transcribed Image Text:The gas equation for one mole of oxygen related its pressure P (in atmospheres), its temperature, T (in Kelvin, K) and its volume V (in cubic decimeters, dm³) is given below 25 V 5 Suppose at time t, the volume is 5 dm³, and the pressure is 3 atm. Find the temperature T at this moment. Enter your answer in the blank below. (b) Find the rate of change of the temperature if the pressure is increasing at a rate of 3 0.1 atm/min and the volume is decreasing at a rate of 0.1 dm³/min. (c) Is the temperature increasing or decreasing in time? Include solutions to all sections of this question in your Crowdmark submission. T = 1 4V² 2 P + 10PV
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