The answer could be choice B (69).
First, gather like terms.
-6 * 9x^3x^2yy^2 - 11xy^3
Then use Product Rule (x^ax^b = x^a+b)
-6 * 9x^(3+2)y^(1+2)-11xy^3
Simplify that.
-6 * 9x^5y^3-11xy^3
Then simplify again.
-54x^5y^3 - 11xy^3
The Greatest Common Factor = xy^3 (if you need my to explain how I got this, just ask).
Then factor the GCF:
xy^3 ( (54x^5y^3)/(xy^3) + (11xy^3)/(xy^3) )
Then simplify
-xy^3(54x^4 + 11)
So unless I am misunderstanding this question, is there a none-of-the-above answer?
First step is to analyze input and output variables:INPUT:list of integers with name "values"integer with name "p1"integer with name "p2"OUTPUT:there is no output variable as in declaration of a method there is void
ANALYSIS:"int temp = values[p1]"this line creates variable "temp" which is integer. then this line goes to the list "values" and takes value that is at position "p1" and stores it into variable "temp"
"values[p1] = values[p2]"this line goes to the list "values" and takes value that is at position "p2" and stores it into variable that is at position "p1"
"values[p2] = temp"this line takes value of the variable "temp" and stores it into list values at position "p2"
Short explanation:this code replaces values of the list at between positions p1 and p2
Answer:
w = 27
Step-by-step explanation:
Use the distributive property to open the parenthesis. You would get 4w - 24 = 3w + 3, which simplifies to w = 27
