Rationalize the denominator: √7/√11(√11/√11) = √7√11/11
√7√11/11
Simplify √7√11 to √77
Answer: √77/11
Answer:
1. x = 39.67
2. x = 15
3. x = 49.29
4. x = -12.8
5. x = 96
6. x = 42
7. x = 36
8. x = 0
9. x = 78
Step-by-step explanation:
Just remember to always isolate the unknown. Here are the solutions to your problem. I will explain each step for the first for you to give you an idea how the others were worked out.
1.
Add 2 to both sides to get rid of -2 on the left side.
Multiply both sides by 7 to get rid of 7 on the left side.
Divide both sides by 3 to get rid of 3 on the left side.
You could also transpose everything by the x to the other side of the equation. Just remember that whatever OPERATION used on the original side, must be opposite on the other side. I'll use the second problem to show this.
Transpose 1 on the left to the right. It is addition on the left, then it would be subtraction on the other side.
Transpose 5 from the left side to the right. It is division on the left, then it would be multiplication on the right.
Transpose 2 from the left side to the right. It is multiplication on the left, then it would be division on the right.
Let's move on with the rest now.
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Answer:
Step-by-step explanation:
First divide 12 into 4.20 = 35
They are .35 cents a piece. Dive .35 by 3.00 dollars. You get approx 8.5 muffins.
I think $10 per share. it depends on how many shares you buy and sell
Answer:
Permutation
Step-by-step explanation:
The term to describe the given statement is permutation.
When defining permutation, certain keywords such as order does matter and arrangement are used to describe permutation.
Take for instance:
<em>The arrangement of 3 boys on a seat</em>
<em>Ways 4 friends can sit to take photographs</em>
<em />
...are examples of permutation
Permutation of r objects in n distinct objects is calculated as: