Translate the following into MATLAB statements and write down the expression which can be used in...

 

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Translate the following into MATLAB statements and write down the expression which can be used in MATLAB. Part (a) is given as a demo. (a) Find the average of three numbers stored in variables x, y and x and store the results in variable avg. Solution: avg=(x+y+z)/3 avg=mean([x y z]) (b) Multiply by 2 to the value of square root of the sum of x, y and z, then store the result in variable g. Or (c) Add 3 to the cube root of average of x and y and store the result in variable n. (d) Convert from degrees Centigrade stored in variable C to degrees Fahreinheit and assign the answer to variable F. (e) Calculate the value of Z given that x is in radians and (f) Calculate the value of G, given that: G=- variables. sin(x)+23.cos(x) tan(x) E R 27 3+ (2xWZ- ZTWC) 2rwL- and E, R, w.L and C are Translate the following into MATLAB statements and write down the expression which can be used in MATLAB. Part (a) is given as a demo. (a) Find the average of three numbers stored in variables x, y and x and store the results in variable avg. Solution: avg=(x+y+z)/3 avg=mean([x y z]) (b) Multiply by 2 to the value of square root of the sum of x, y and z, then store the result in variable g. Or (c) Add 3 to the cube root of average of x and y and store the result in variable n. (d) Convert from degrees Centigrade stored in variable C to degrees Fahreinheit and assign the answer to variable F. (e) Calculate the value of Z given that x is in radians and (f) Calculate the value of G, given that: G=- variables. sin(x)+23.cos(x) tan(x) E R 27 3+ (2xWZ- ZTWC) 2rwL- and E, R, w.L and C are