We know that there are 100 cm in 1 m. We can convert 0.75 m to cm by multiplying by 100 to give us:

Therefore the path before the addition is 75 cm wide.
Mr. Kassel added 20 cm of blocks on each side of the path, meaning that the added width is actually 40 cm total (20 on each side, and there are 2 sides).
So we need to add 40 cm to the original 75 cm:

So now we have the width of the path in cm, the question asks for the width in meters. We can do this by dividing the width in cm by 100 to get the width in meters:

Now we know that
the new width of the path is 1.15 m.
A
(5x^3 - x^2 - 60x + 12)/(5x-1)
First, I’m going to factor the top. I’m going to factor by grouping.
The GCF of 5x^3 - x^2 is x^2. I pull x^2 out and am left with x^2(5x-1)
The GCF of 60x-12 is 12. I pull out 12 and am left with -12(5x-1). The fully factored expression looks like this:
(x^2-12)(5x-1)
I am now left with (x^2-12)(5x-1)/5x-1.
The 5x-1s cancel out. I am left with x^2 - 12
Unite Rate: A rate with the value one 1 In the denominator.
Example: 3 books/ $1
Answer:
a negative integer
Step-by-step explanation:
We can first establish basic rules that we can apply:
the product of one negative integer:
-1 = -1
(odd number = negative)
the product of two negative integers:
-1 · -1 = 1
(even number = positive)
the product of three negative integers:
-1 · -1 · -1 = 1 {-1 · -1 = 1, 1 · -1 = -1}
(odd number = negative)
the product of four negative integers:
-1 · -1 · -1 · -1 = 1
(even number = positive)
So, we can understand that an even number of integers changes the original value to its negative/positive [the opposite +/- sign from the original number], whilst an odd number of integers does not change the +/- sign.
So, because 23 is an odd number, the product will stay negative.
Answer:
y = -2x - 19
Step-by-step explanation:
Slope-intercept form: y = mx + b
2x + y = -19
Subtract 2x from both sides;
y = -2x - 19