Advances in very large scale integration (VLSI) of electronic devices on a chip are often restricted by the ability to cool the chip. For mainframe computers, an array of several hundred chips, each of area 25 mm2 , may be mounted on a ceramic substrate. A method of cooling the array is by immersion in a low boiling point fluid such as refrigerant R-134a. At 1 atm and 247 K, properties of the saturated liquid are 1.46 104 Ns/m2 , cp 1551 J/kg K, and Pr 3.2. Assume values of Cs, f 0.004 and n 1.7. (a) Estimate the power dissipated by a single chip if it is operating at 50% of the critical heat flux. What is the corresponding value of the chip temperature? (b) Compute and plot the chip temperature as a function of surface heat flux for 0.25 q s/q max 0.90. 10.1

Anonymous Functions and Plotting Syntax is “plot( x, y)” ex . X=1:10 Y=01:0:1.1 when you are graphing make sure you use the same number of x and y coordinates Multiple Plotting on the same graph: Ex. plot(X,Y,'ro') Adding Titles and Axis Labels title(‘string’) xlabel(‘string’) ylabel(‘string’) legend(‘string’) ex. legend(‘Function 1’, ‘Function 2’) if you have 3 data sets put 3 strings in there, separated by commas if you put y1=x^2, and x=1:10, it will do matrix multiplication so do y=x.^2 instead how to do put your legend in the best place > legen