Integrate( 1\x^3-3x-4)dx

Assuming you need the integral this would be the answer.

Step-by-step explanation:

Thats after removing parenthesis.

Now we have to split into multiple intergrals..

Now we want to move x^3 out of the denom by raising it to the -1 power

Multiply the exponents in (x^3)^-1

We also need to apply the power rule of (a^m)^n = a^mn

3 by -1

Now we want to use the power rule (I assume you know this rule so I won't be posting it) as I  with the integral of x^-3 where x is -1/2x^-2

Now since -3 is a constant we can move -3 out of the integral since it respects x.

Now we need to remember the power rule with the respect to 1/2x^2 which is respective to x.

Then we apply the constat rule (You should know this as well)

Now we simplify....

As you can see you just then re-order as above.

x is greater than 5

step-by-step explanation:

2x+7 is greater than 17

    -7                           -7

2x is greater than 10

divide by 2 each side

x is greater than 5

what are you trying to solve here

step-by-step explanation: