Code equation (1) and assign the answer to a vanable named y1, when sine is measured in radians, using the inbuilt MATLAB function. yl = Vsin (6.3221) 3.4(16.7-14-3.21) Equation (1) (m) Code equation (2) and assign the answer to a variable named y2, when sine, cosine and tangent are measured in degrees, using the inbuilt MATLAB function. Assign x1 to equal 1,94 42cos(3x) (x+5)(x+8) + y2= Equation (2) 17.8+2.71x+3.94x tan(42.5.x) ()Code equation (3) and assign the answer to a variable named y3, where x2 equals 1.5. y3 31(6x2+82)x2-12.4 18(5.83+2.6+6.3) +2.64

Code equation (1) and assign the answer to a vanable named y1, when sine is measured in radians, using the inbuilt MATLAB function. yl = Vsin (6.3221) 3.4(16.7-14-3.21) Equation (1) (m) Code equation (2) and assign the answer to a variable named y2, when sine, cosine and tangent are measured in degrees, using the inbuilt MATLAB function. Assign x1 to equal 1,94 42cos(3x) (x+5)(x+8) + y2= Equation (2) 17.8+2.71x+3.94x tan(42.5.x) ()Code equation (3) and assign the answer to a variable named y3, where x2 equals 1.5. y3 31(6x2+82)x2-12.4 18(5.83+2.6+6.3) +2.64

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter5: Repetition Statements

Section: Chapter Questions

Problem 2PP: (Mechanics) The deflection at any point along the centerline of a cantilevered beam, such as the one...

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