solve using calculus
solve using the fundamental law of calculus if
applicable
Evaluate the definite integral La 2e (Inx) dx x
Complex analysis and using the
cauchys residues theorem solve the integral .
i know how to do it using calculus so do not do it using
calculus please
sech x dz =-. Hint: Consider the rectangle with corners 14.. Show that 2 0
sech x dz =-. Hint: Consider the rectangle with corners 14.. Show that 2 0
Solve for the elasticity of substitution for the following production function using calculus: y = ((a^p)+(b^p))^k/p
please solve it without using calculus
14. Find the max and min values of f(x)=in06sin0 cos 0+3 cos2 e
please solve this one
calculus 2
QUESTION 4 Evaluate the integral by using a substitution prior to integration by parts. ſin (10x + 10x2) de O in (10x + 10x2) - 2x + c O ln (10x + 10x>) + ln (x+1)+C O xin (10x + 10x2 + In (x +1) - 2x +C O xln (10x + 10x2)+C
Can you solve the question with using Calculus of residues.
Method is described in the Complex Analysis book of Serge Lang.
Please do not solve with partial integral.
Thanks.
ral Evaluate the following definite real integ IC dx e"- e
ral Evaluate the following definite real integ IC dx e"- e
Please help solve the calculus problem below, thanks a
lot.
2. Using polar coordinates, set up the iterated integral to compute the volume of the solid bounded above by : - and bounded below by the semi-circular 3x + 2 y disk in the xy-plane (with center (3,0) and radius 3) given in the picture. (Be sure to show your work on how you find the limits of integration.) -3+
Using Integral Calculus
b * W- Sa f(x) dx using Integral calculus 4. A rope is being unwound and the force of gravity on the rope is 12.0 N/m. When 20 m have been unwound, how much work is done by gravity to unwind another 30 m? (6 marks)
PLEASE ANSWER USING BASIC CALCULUS 2 PRINCIPLES!!!!
THANK YOU
PLEASE ANSWER USING BASIC CALCULUS 2 PRINCIPLES!!!!
THANK YOU
(i) Find the linear approximation and quadratic approximation of f(x) = e3x at x=0. Use both 3 approximations to evaluate e4 (ii) Use the geometric series to express the following functions as a power series and find x the interval of convergence. 1+x?
Using part 1 of the
Fundamental Theorem of Calculus to find the derivative of the
function.
11. (21 points) Using part 1 of the Fundamental Theorem of Calculus to find the derivative of the function. (a) f(x) = [ 71 – dt (b) $(a) = Sie a