Liquid
Specific Heat [kJ/(kg K)]
Boiling Point [Degrees C]
Water
4.19
100.0
Mass [g]
Final Temperature [°C]
Warning
50
225.48
Past Boiling Point
100
125.24
Past Boiling Point
150
91.83
200
75.12
250
65.10
300
58.41
350
53.64
400
50.06
450
47.28
500
45.05
550
43.23
600
41.71
Liquid
Specific Heat [kJ/(kg K)]
Boiling Point [°C]
Water
4.19
100.0
Ethanol
2.30
79.0
Glycerine
2.43
290.0
Olive Oil
1.97
300.0
Toluene
1.72
110.6
Petroleum
2.13
210.0
Turpentine
1.72
160.0
Milk
3.93
101.0
Time [min]
Hot Plate Power [W]
Efficiency
10
100
0.7
Initial Temp [K]
298
Create a Function to help you solve Homework 4 Problem 1. Thenin a separate scinotes file, create a script that asks the user toinput a matrix and calls the function you created to solve Homework4 Problem 1.
function [FinalT] = Temp(inputmatrix)
The function will take in a vector with 6 rows.
Row 1 = The effective power of the hot plate (i.e., Efficiencytimes Hot Plate Power) in Watts [W].
Row 2 = Initial Temperature of the liquid in Kelvin
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