10 x 62 is the equation for this problem because every row has 62 and there are 10 rows.
I think the equation is written as 3r + 2.5p, where r is the number of roses and p is the number of petunias. To find the total cost, substitute 777 to r and 888 to p. The total cost would then be:
Total Cost = 3r + 2.5p
Total Cost = 3(777) + 2.5(888)
Total Cost = 4551
The total cost would be $4,551.
Which of the following did you include in your response?
Javier did not raise the coefficients to the third power
When Javier raised (x^1)^3 to the third power, he wrote that x^4, but it equals x^3.
In the last step, Javier divided the exponents. He should have used the quotient of powers property and subtracted them.
Answer:
Factoring the expression 
using the GCF we get 
Step-by-step explanation:
We need to factor the expression using the GCF :
GCF stands for greatest common divisor.
We need to find the greatest number that is divisible by both terms.
The greatest number that is divisible by both terms is 4
So, Now factoring the term:
So, factoring the expression using the GCF we get
