Answer:
m n^4 p^3
Step-by-step explanation:
m^7 n^4 p^3 and m n^12 p^5
We have 7 m's on the left and one on the right
We have one m in common
We have 4 n's on the left and 12 on the right
We have 4 n's in common
We have 3 p's on the left and 5 on the right
We have 3 p's in common
m n^4 p^3
Answer:
We use the power rule of exponents to find out that both sides of the equation equal 3^20 (or 3486784401).
Step-by-step explanation:
For this example, we can just use a calculator and find out that both (3^5)^4 and (3^4)^5 are the same value. But how do we know this algebraically?
When dealing with exponents, we must have a good understanding of the properties of exponents before doing any calculations.
For this example, I recognize that the power rule of exponents is being used:
So let's apply this rule to the given equation.
(3^5)^4 = (3^4)^5
3^(5*4) = 3^(4*5)
3^20 = 3^20
Now we know both sides of the equation equal 3^20 (or 3486784401).
Answer:
40,000,000 or 40 million
Step-by-step explanation:
The number students (S) must be greater than the minimum allowed when 450 students.
S > (450 - 6)/11
So now get the 450 alone:
S×11 > 450 - 6
11S +6 > 450 -6+6
11S + 6 > 450
Answer:
Step-by-step explanation:
y + 5 = -8(x + 10)
y + 5 = -8x - 80
y = -8x - 85