Answer:
4mn
Step-by-step explanation:
Step 1: Multiply constants together
2 · 2 = 4
Step 2: Multiply variables together
m · n = mn
Step 3: Combine
4mn
Answer: check explanation
Step-by-step explanation:
To find a general method on how to solve an equation to find the vertical line that bisects the region we will have to find the area between the curve. For instance, if we are to find a number A and the line y=A divides the region between the curved of y= X^2, say y= 4.
In the example given above, there is a need to solve for A. We will the take A and zero as the upper and lower limit boundaries respectively. That's ∫|(√4 - ydy)| = 16/3.
Then, 16/3 = 2 ∫(A - x^2) provided that the upper and lower limit boundaries are √b and 0 respectively. And, this is the case because because the function is even.
Therefore, A = 14/3.
The upper limit on the integral is where the curve meets the line y=A.
Answer:
Sum: Not present.
Product: 12 (achieved by using the distributive property to multiply 4 by 3).
Term: x
Factor: Not present (I think.)
Quotient: Not present.
Coefficient 2 (placed before x).
Step-by-step explanation:
- Use the distributive property & multiply the 2x + 3 inside the parenthesis using the 4 outside the parenthesis.
- Then, multiply the y to both sides, to get
. - Distribute by multiplying y with 8x + 12 using the distributive property.
Your final result will be: 
.
A, because the equation of the slope of a line is:
(X1-X2)/(y2-y1), in this case the formula should be in the form (18-14)/(17-1)
Answer:
you can maybe try asking desmos that app or web is very helpful it may help you with your question!
