Answer:
241904.9483
≈ 241905
Step-by-step explanation:
Given that,
current amount of house = 180,000
value of the home increases at a rate of 3% per year
To find,
approximate value of the home after 10 years using exponential function
<h2>Equation</h2><h2>a(1 + r)^t</h2>
where a is the amount of house = 180,000
r is the interest rate per annum = 3% = 3/100 = 0.03
t is the number of years = 10
180,000 (1+0.03)^10
180,000 (1.03)^10
241904.9483
≈ 241905
<h2 />
The answer is x=3.6 or 3 3/5.
First we convert the decimal answer to a fraction; 0.9 is read as "nine tenths," so the corresponding fraction is 9/10:
1 5/6 - (x - 7/12) + 2 1/12 = 9/10
Now we find a common denominator. The first thing that 6, 12 and 10 will all divide into is 60:
1 50/60 - (x - 35/60) + 2 5/60 = 54/60
Distributing the negative, we have:
1 50/60 - x + 35/60 + 2 5/60 = 54/60
Combining like terms, we have:
-x + 4 30/60 = 54/60
Subtracting 4 30/60 from each side, we have:
-x + 4 30/60 - 4 30/60 = 54/60 - 4 30/60
-x = -3 36/60
Divide both sides by -1:
-x/-1 = (-3 36/60)/-1
x = 3 36/60 = 3 3/5 = 3.6
Answer: 5
Step-by-step explanation:
8+(-3)
=8-3 ⇔ you don't need to change signs when it is positive(+) outside the parenthesis
=5 ⇔ subtraction
#CarryOnLearning
h = 7 is the answer to the question
