I need to convert a base 10 int(defined as num) to its base 3 format using a while loop. I would like to store the remainder of the num%3 to a list/sequence/array in maple. Now, if I were to use a sequence, I would need a pre-defined range. How do I solve this issue?

I have to find the volume of a solid using the disk/washer method and the shell method. I think I have the first part(disk/washer) right. I think the shell is off. The problem is "the region in the first quadrant that is bounded above by the curve y = 1/x^1/4, on the left by the line x = 1/16, and below bythe line y = 1 is revolved about the x-axis to generate a solid." I am having computer problems so any help is appreciated. Thanks

A 37 foot ladder is placed against a wall that is 9 feet away from its base. Will the top of the ladder reach a window ledge that is 35 feet above ground? Explain.

True of False, Explain:

If ∏/2<θ<∏, Then cos θ/2<0

The problem is The square root of 16-x^2 over the interval [0,-4] 0 being the upper bound, -4 being the lower bound. I have solved 3/4s of this problem but I don't understand what they mean by "Solve the definite integral exactly by geometry".

Is there a way to do the following on Maple:

I want Maple to use Jacobi's method to give an approximation of the solution to the following linear system, with a tolerance of 10^(-2) and with a maximum iteration count of 300.

The linear system is

x_1-2x_3=0.2

-0.5x_1+x_2-0.25x_3=-1.425

x_1-0.5x_2+x_3=2

Thanks.

Egor has two parents, four grandparents, and so on.Write an explicit formula and a recursive formula for the number of ancestors Egor has if we go back n generations.

what would be the figure back to 25 generations ?

Let (G, ·) be a group and X any set. Let F be the set of functions with domain

X and range G. Define a binary operation ∗ on F by (f ∗ g)(x) := f(x) · g(x). Is

prove that this is so.

Yes, (F, ∗) is a group.

prove it.

Exercise Prove that (-1)u = - u in any vector space. Note that (-1)u means the number -1 is multiplied to the vector u, and - u means the negative vector in the fourth property of the definition of vector spaces.

Answer

Exercise Prove that (a_{1}u_{1} + a_{2}u_{2}) + (b_{1}u_{1} + b_{2}u_{2}) = (a_{1} + b_{1})u_{1} + (a_{2} + b_{2})u_{2} in any vector space.

Exercise Give a detailed reason why, in any vector space,

u + v = 0 ⇒ u = - v.

3u + 2v - 4w = 0 ⇒ v = - 3/2 u + 2w.

Solve, using 4000 miles for the radius of the earth.

A space shuttle is in circular orbit 150 miles above the surface of the earth. Approximate

ADIABATIC FREE EXPANSION

Suppose an ideal gas expands to four times its initial volume. From experience for this process, the initial and final

temperature are the same.

What is the probability that the total of two dice will be greater than 9, given that the first die is a 5?

How to convert an algebraic equation to a parametrized one ?

How to sketch the curve of a circular cylinder , x^2+y^3^=a^2 with the parametric equations lying on it ?

x=a*cos't) , y=a*sin(t) , z=b*t , if t varies from 0 to 2*Pi, the point P starts at(a,0,0) and moves upward.

How to show that the parametric equations are indeed lying on the cylinder ?

How to plot the whole things ?

A concho-spiral is a curve C that has a parametrization :

y=

where a, b, , are constants.

You must be logged into your Facebook account in order to share via Facebook.

Click the button below to share this on Google+. A new window will open.

You must be logged in to your Twitter account in order to share. Click the button below to login (a new window will open.)

Please log-in to your MaplePrimes account.

Wrong Email/Password. Please try again.