OC userin CalculusΒ·1 Nov 2019 1. +-/1 points SCalcET85. 1.JIT.002 Write the sum using sigma notation. 12 +22 + 32+ 102 10 k=1
OC userin CalculusΒ·10 Jan 2019yx^2 +yz + xz^3 = 9 ; P=(1,4,1) Find the partial derivatives at point P dz/dx, dz/dy, dy,dx, dx/dz
OC userin CalculusΒ·24 Sep 2019 Q. 4 Very that the point (2,3) is on the curve and find the lines that are a) tangent and b) normal to the curve 2 + zy -y 1 at (2,3)
OC userin CalculusΒ·7 Jun 2019 5, Find the surface area of the portion of z = z2 +y2 that lies under z-9.
OC userin CalculusΒ·18 Jun 2019 Q.5 Find equations of all lines having slope -1 that are tangent to the curve
OC userin CalculusΒ·16 Oct 2019 Calculate the consumers' surplus at the indicated unit price P for the demand equation. HINT [See Example 1.] (Round your answer to the nearest cent.)
OC userin CalculusΒ·30 Mar 2019 Q.6 Show that 2sin (1 0, ifx=0. is differentiable at x = 0 and find f(0)
OC userin CalculusΒ·26 May 2019 Calculate the consumers' surplus at the indicated unit price p for the demand equation. HINT [See Example 1.) (Round your answer to the nearest cent.)
OC userin CalculusΒ·13 Sep 2019 e each of the given line integrals as a Kiemann integral of a real function of a single real ere C's the ine segment conetigthe points 10, 2) and ti.o variable over in interval. Do not evaluate the resulting integralst Answer (b)IF-dr where Fix,y)-x2ΓΒ + xyj and r(t)-14-pi osts2 Anwr 253at o Jx'y ay where the upper semtrlkih rdntered at the origin. 0 2 cos 1504) et Answer 2 dt
OC userin CalculusΒ·25 Jul 2019 Calculate the consumers' surplus at the indicated unit price p for the demand equation. HINT [See Example 1.] (Round your answer to the nearest cent.) p-300e-24; p-90
OC userin CalculusΒ·10 Jul 2019 Calculate the consumers' surplus at the indicated unit price p for the demand equation. HINT [See Example 1.] (Round your answer to the nearest ce 100-eo.1q = 60
OC userin CalculusΒ·13 Nov 2019 Find a vector function that represents the curve of intersection of x2 + z2- 1 and x+y=2. 5