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 />
Answer:
Trapezoid since it has one pair of parallel side and 4 sides.
Answer:So, since it is continuously, we need to think of PERT
A=P\times e^{rt}
So, we just plug our numbers in to solve for T
8000=4000e^{.07t}\\\ln(8000)=\ln(4000e^{.07t})\\\ln(8000) = \ln(4000) + \ln(e^{.07t})\\\ln(8000)=\ln(4000)+.07t\ln(e)\\\ln(8000)=\ln(4000)+.07t\\\frac{\ln(8000)}{\ln(4000)}=.07t\\\frac{\ln(8000)}{.07\ln(4000)}=t\\ 15.479=t
It will take 15.479 years
Step-by-step explanation:
A
since it doesn’t pass the vertical line test, which proves if a graph is a function.
<span>seven and three one thousandths</span>
