Answer:
see below
Step-by-step explanation:
5(4 + 8) =
Distribute
5*4 + 5*8
20 + 40
60
Answer:
$25,000
Step-by-step explanation:
Given:
House valued at(20% down) = $165,000
Amount receive from selling the house = $190,000
Find:
Value of equity from home on selling = ?
Computation:
⇔ Value of equity from home on selling = Amount receive from selling the house - House valued at(20% down)
⇔ Value of equity from home on selling = $190,000 - $165,000
⇔ Value of equity from home on selling = $25,000
The range would be -1 to 8
////////////////////////////////////////////////////////////////////////////////
Answer:

Step-by-step explanation:
step 1:- by using partial fractions
......(1)
<u>step 2:-</u>
solving on both sides

substitute x =0 value in equation (2)
1=A(1)+0
<u>A=1</u>
comparing x^2 co-efficient on both sides (in equation 2)
0 = A+B
0 = 1+B
B=-1
comparing x co-efficient on both sides (in equation 2)
<u>-</u>1 = C
<u>step 3:-</u>
substitute A,B,C values in equation (1)
now

by using integration formulas
i) by using
.....(b)
.....(c)
<u>step 4:-</u>
by using above integration formulas (a,b,and c)
we get answer is
