# Use a line integral on the boundry to find the area of the region bounded by the curve r(t)= t is in between 0 and 2pi?

• Use a line integral on the boundry to find the area of the region bounded by the curve r(t)= t is in between 0 and 2pi?

Use a line integral on the boundry to find the area of the region bounded by the curve r(t)= t is in between 0 ... area of the region ...
Positive: 57 %
... finding the area between two curves, between a curve ... Find the area of the region bounded by x=y ... Use a double integral to solve this and don't ...
Positive: 54 %

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Full text of "Problems in the calculus, with formulas and suggestions" See other formats ...
Positive: 57 %
If the angle 0 between the force and ... To find the r.m.s value of an alternating current ... represented by Hysteresis curve Hysteresis loop area 1
Positive: 52 %
... N-1)*h; y = (0:N-1)*h; p = 1; pot = p*4/(pi*sinh(pi))*sin(pi*x')*sinh(pi*y); pot(1,:)=0; pot(N,:)=0; pot ... Especiall for the boundry conditions ...