You purchase a home for $125,000. the value of the property increases by 1.9% every year. after ten years, you decide to sell the home. in the meantime, you have made renovations and improvements to the house which increase its sale value by $48,300. how much will you sell the house for, to the nearest hundred dollars?
(a) $257,500
(b) $209,200
(c) $150,900
(d) $199,200

  (D)  $199,200

Step-by-step explanation:

The value due to the exponential increase alone is ...

  $125,000·1.019^10 = $150,887.01 ≈ $150,900

Adding the value of the improvements brings the value to ...

  $150,900 +48,300 = $199,200

answer: the answer is e

step-by-step explanation:

1st integer x

2nd integer x+1

3rd integer x+2

4th integer x+3

x+x+1 +x+2+x+3 =74

combine like terms

4x+6 = 74

subtract 6 from each side

4x = 68

x = 17

the integers are 17,18,19,20