Question: Solve the Differential equation in changes in temperature i have all the details on excel please solve the DE mode in blue the other data

Solve the Differential equation in changes in temperature i have all the details on excel please solve the DE mode in blue the other data should help you.

Solve the Differential equation in changes inSolve the Differential equation in changes in
T (F) t (min) AT At AT/At 40 0 0.327917281 Changes in Temperature During a Freeze-Thaw Cycle Temperature During a Freeze-Thaw Cycle 15 -3.7349E-05 IT/dt=-Cos(t*PI()/4.42)*SIN(t*PI()*0.5)-0.2*EXP(t/20)/(t*800-1) 45 30 -0.333333333 0.842700778 1.5 40 45 0.2 -8.36915E-05 60 0.266666667 0.995194956 30 75 -0.2 -0.000250051 30 90 0.333333333 -0.720012939 0.5 105 0.333333333 -0.000840485 25 120 -0.2 -0.136217337 Temperature (T Change in Temperature (AT) 135 N W y co i co un t w w in in is A d in a 0.2 -0.003013429 20 :190 200 250 300 150 -0.266666667 0.502385184 15 165 0.333333333 -0.011254361 -0 180 0.533333333 0.910479487 10 195 8 -0.043232999 -1 28 210 0.533333333 0.870349505 35 225 0.466666667 -0.169537124 O -15 38 0 240 200 0.2 -0.425399538 Time (t) 50 100 150 250 40 260 0.1 (minutes) Time (t) (minutes) Table 1: Temperature Readings over the Time of a Single Freeze-Thaw Cycle Figure 1: Change in Temperature over Time Figure 2: Temperature over Time Dependent Variable T Temperature ('F) Independent Variable t Time (min) AT Change in Temperature = T2 - T1 Differential Equation Model is: Change in Time = t2 - t1 di dt =-COS(t* PI()/4.42)*SIN(t*PI()*0.5)-0.2*EXP(t/20)/(t*800-1) Table 2: Variable Definition Equation 1: Differential Equation Model\f

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Mathematics Questions!