Use the Riemann Sums corresponding

The following sum[(sqrt(36-((6/n)^2))).(6/n)] + [(sqrt(36-((12/n)^2))).(6/n)]+ ... + [(sqrt(36-((6n/n)^2))).(6/n)] is a right
1. 1 answer
2. asked by Salman
3. 890 views
The following sum[(sqrt(36-((6/n)^2))).(6/n)] + [(sqrt(36-((12/n)^2))).(6/n)]+ ... + [(sqrt(36-((6n/n)^2))).(6/n)] is a right
1. 0 answers
2. asked by Salman
3. 713 views
The following sum[(sqrt(36-((6/n)^2))).(6/n)] + [(sqrt(36-((12/n)^2))).(6/n)]+ ... + [(sqrt(36-((6n/n)^2))).(6/n)] is a right
1. 0 answers
2. asked by Salman
3. 960 views
The following sum[(sqrt(36-((6/n)^2))).(6/n)] + [(sqrt(36-((12/n)^2))).(6/n)]+ ... + [(sqrt(36-((6n/n)^2))).(6/n)] is a right
1. 0 answers
2. asked by Salman
3. 813 views
Calculate the indicated Riemann Sums for the function g(x)=4-x^2a)one rectangle b)two rectangles
1. 1 answer
2. asked by Carl
3. 663 views
given the function f(x)=x^3 defined for 0<x<1 evaluate the lower & upper Riemann sums.
1. 0 answers
2. asked by Romina
3. 525 views
What is the connection between improper integrals, Riemann sums, and the integral test?
1. 0 answers
2. asked by Kendra
3. 487 views
Let V be the volume of the solid that lies under the graph of f(x,y)= (52 − x^2 − y^2)^1/2 and above the rectangle given by
1. 1 answer
2. asked by R
3. 2,163 views
Use the Left and Right Riemann Sums with 80 rectangles to estimate the (signed) area under the curve of y=e^2x−15 on the
1. 1 answer
2. asked by Will
3. 493 views
Use the Left and Right Riemann Sums with 80 rectangle to estimate the (signed) area under the curve of y=e^(3x)−5 on the
1. 1 answer
2. asked by Mark
3. 1,427 views