Answer:
QUESTION:
Can sides of a triangle have lengths of 3, 11, and 12 ??
ANSWER:
Yes. It's called an equilateral triangle, and it can work because two side lengths added together are bigger than the third side.
Step-by-step explanation:
Hope that this helps! :)
Have a great rest of your day/night!
If you got this answer from a calculator, it rounds the last decimal point because there is not enough room on it to show that it is a repeating decimal.
Really, the decimal is .666666666666...... , or 2/3
This is one of the most common repeating decimals that will come up in later math practices. It would be a helpful conversion to memorize.
Hope this helped!! :)
Solve the equation by isolating the variable you're solving for on one side of the equation and get everything on the opposite side.

The x variable is being square and is being subtracted by 64.
Find the inverse of all of these operations.
First, get rid of the subtraction operation. The inverse of subtraction is addition.
Add 64 to both sides of the equation.

Now the variable x is only being squared. Reverse this operation by using the inverse of exponents.
Take the square root of both sides.

So, x is equal to 8.
Answer:
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Which language is thir?
Answer: 6x^3
Step-by-step explanation: