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Question 1 Use the total differential to quantify the following value. Not yet answered (1.97)2(8.97)−22(9) Marked out o

Posted: Wed Jul 13, 2022 5:05 am
by answerhappygod
Question 1 Use The Total Differential To Quantify The Following Value Not Yet Answered 1 97 2 8 97 22 9 Marked Out O 1
Question 1 Use The Total Differential To Quantify The Following Value Not Yet Answered 1 97 2 8 97 22 9 Marked Out O 1 (22.56 KiB) Viewed 37 times
Question 1 Use The Total Differential To Quantify The Following Value Not Yet Answered 1 97 2 8 97 22 9 Marked Out O 2
Question 1 Use The Total Differential To Quantify The Following Value Not Yet Answered 1 97 2 8 97 22 9 Marked Out O 2 (11.24 KiB) Viewed 37 times
Question 1 Use the total differential to quantify the following value. Not yet answered (1.97)2(8.97)−22(9) Marked out of 7.50 Flag question Step 1 We need a function z=f(x,y) such that the quantity can be represented by f(x+Δx,y+Δy)−f(x,y) for some x and Δx Let z=f(x,y)=xy Step 2 If (1.97)2(8.97)−22(9)=f(x+Δx,y+Δy)−f(x,y) then x=y=​ and dx=Δx= and dy=Δy=​
The total differential dz for the function z=f(x,y) is dz=ydx+2dy. Step 4 Substitute the values of x,y,dx, and dy in the equation and simplify. Therefore, (1.97)2(8.97)−22(9)=Δz≈dz=