The value of √7 to the nearest hundredth is 2.65.
<h3>
What is Square root?</h3>
A square root of a number x is a number y such that y² = x; in other words, a number y whose square is x.
Here, given number;
y = 
y = 2.64575....
y = 2.65
Thus, the value of √7 to the nearest hundredth is 2.65.
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6^2/2(3)+4
Follow the order of operations, (GEMDAS) which goes like this:
<em>grouping, exponents, multiplication/divison, addition/subtraction
</em>
First up is our grouping, specifically parentheses. While we do have parentheses in our expression there isn't anything going on <em>inside</em> of them that we'd have to do first. (The 2(3) is another way of writing 2×3.)
Next we have exponents, which would be our 6^2. (6 squared)
When something is squared, that means it is multiplied by itself. 6^2 = 6×6 = 36.
Now our expression is 36/2(3)+4.
Next we need to handle the multiplication and division. (order doesn't matter)
The best way to do this is from left to right. The 36/2 = 18...
Then 18(3) = 54.
If we took 36(3) then divided by 2 we would get the same answer.
However, what you <em>cannot</em> do is multiply the 2(3), simply because the 2 is a denominator of a fraction. If you don't know what this is or why, it's okay--just always do it left to right and you'll never have to worry about it.
Now our expression is 54+4.
Finally, we can handle the addition/subtraction. 54+4 leaves us with 58.
Just answered this one a few minutes ago.
(-5)(-5)(3)= 75
Answer:
Step-by-step explanation:
We are given that
We have to complete the recursive formula of f(n).
Substitute n=1
It forms geometric sequence because the ratio of two consecutive terms are equal.
Therefore, the recursive formula
Answer:
true
Step-by-step explanation:
