Write an equivalent equation to represent c as a function of n by simplifying the expression on the right side of c(n)=0.5(500(1.03)n)

Write an equivalent equation to represent c as a function of n by simplifying the expression on the right side of c(n)=0.5(500(1.03)n)

I know you have to make the bases the same but I need further help.

Hi, I need help on how to solve the equation in the title.

I'm very confused about how to separate the variables, and the numbers, or when to move stuff to the outside of the radical.

The length of a rectangle is 3 cm more than the width. The area is 70cm2 . Find the dimensions.

2j+6/ j2 -6j-27 i solved the whole thing and ended up with j= 9 (equal sign with a slash through it) but Ive learned there should be another value I'm very stuck on this...

1/(16^1/2-15^1/2)-1/(15^1/2-14^1/2)+1/(14^1/2-13^1/2)-1/(13^1/2-12^1/2)+1/(12^1/2-11^1/2)-1/(11^1/2-10^1/2)+1/(10^1/2-9^1/2)

dont get it. / means they are fractions.

I've already simplified this from -4 plus the square root of 32 over -2 times 5. I'm just a little confused on how to simplify it further, but I know it can be.

6x+-2+2x=-2+4x+8

Suppose that your friend describes a method of simplifying a positive power I. “Just divide the exponent by 4, and then look at the remainder. Then. Refer to the short table of powers of I in this...

3[4(-3y)-4]+5[2(-3y)+1]

2x2 + 13x +15 × 4x2 - 1 ______________ _________________ ...

simplify 5y+3(y-3)-15/y-3

Use the Laws of Logarithms to combine the expression. 4 log x − (1/3)log(x2 + 1) + 5 log(x − 1)

Simplify. Use positive exponents for any variables. (Show all work.) 2a^-4b^5/8a^2b^-3

x3 + x3 + x3 + x3 How do you go about simplifying this?

How can I simplify this?

factor out the greatest common factor simplify the factors, if possible

Simplify the expression x^2-12(2x-12)/144-x^2

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