Question: --------------------------------------[DO NOT SOLVE ABOVE]---------------------------------------------------------- ----------------------------------------------------------[NEED PROGRAMMING HELP FOR ABOVE, C++ OR mathematica will do]--------------------------------------- The general error propagation gives deltaX= 0.7, deltaY = 0.2, and

 --------------------------------------[DO NOT SOLVE ABOVE]---------------------------------------------------------- ----------------------------------------------------------[NEED PROGRAMMING HELP FOR ABOVE, C++ OR

--------------------------------------[DO NOT SOLVE ABOVE]----------------------------------------------------------

mathematica will do]--------------------------------------- The general error propagation gives deltaX= 0.7, deltaY =

----------------------------------------------------------[NEED PROGRAMMING HELP FOR ABOVE, C++ OR mathematica will do]---------------------------------------

The general error propagation gives deltaX= 0.7, deltaY = 0.2, and q=30+-0.73 (Verified answers)

Need help with part1-5 of the solution (all of it). Will rate answers!

3.46. If you measure two independent variables as as two x 6.0 0,1 and y 3.0 0.1 and use these values to calculate q xy x ly, what will be your answer and its uncertainty? [You must use the general rule (3.47) to find og. To simplify your calculation, do it by first finding the two separate contributions and as defined in (3.50) and (3.51) and then combining them in quadrature.)

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