Thread: I hate calculus...please help

The expression equals
where , the exponent of , is:
and , the exponent of , is:
and finally , the exponent of , is:
[NOTE: Your answers cannot be algebraic expressions.]


The expression equals
where r, the exponent of g, is:
and s, the exponent of y, is:
and k, the leading coefficient is:

The expression

equals
where r, the exponent of h, is:
and t, the exponent of s, is:
and k, the leading coefficient is:


The expression equals
where , the leading coefficient, is:
and , the exponent of , is:
and , the exponent of , is:
and finally , the exponent of , is:
[NOTE: Your answers cannot be algebraic expressions.]

hopefully after understanding these questions ill be able to do the others...

Originally Posted by wannous

The expression equals
where , the exponent of , is:
and , the exponent of , is:
and finally , the exponent of , is:
[NOTE: Your answers cannot be algebraic expressions.]


The expression equals
where r, the exponent of g, is:
and s, the exponent of y, is:
and k, the leading coefficient is:

The expression

equals
where r, the exponent of h, is:
and t, the exponent of s, is:
and k, the leading coefficient is:


The expression equals
where , the leading coefficient, is:
and , the exponent of , is:
and , the exponent of , is:
and finally , the exponent of , is:
[NOTE: Your answers cannot be algebraic expressions.]

hopefully after understanding these questions ill be able to do the others...

this isn't calculus, it's just knowing the exponent laws of algebra.

perhaps you need a review?

Exponents: Basic Rules

For the second, you should note that the expression inside the root is the same; Let , then:

Can you continue from here?

E: Oops, didn't see skeeter's post. Anyway, this is indeed just exponentiation rules.