Answer:
The population of the town is 0.983 times the population of the town in the previous year.
B is correct.
Step-by-step explanation:
We are given a function which represent population of a town after t years.
It is an exponential function. Exponential function wither decease or increase it depends on factor.
b is factor which decides factor of exponential function decrease or increase.
- If b >1 then function increase
- If 0<b<1 then function decrease.
If we see our problem
Here, b=0.983<1
Function would be decrease by factor of 0.983
Thus, The population of the town is 0.983 times the population of the town in the previous year.
Answer:
13.75
Step-by-step explanation:
I will give an instance to answer this. Suppose that we have 1,000 days. And it was given above that machine A has 10 % chances to malfunctioned and B has a 7%. So machine A has 100 days that malfunctioned while machine B has 70 days. And 7 days that both machines malfunctioned (10%x7%). Next is to add 100 days from machine A and 70 days from machine B and subtract with the 7 days where both of them malfunctioned. So the result is 163 days out of 1000 that we expect an incidence of failure. So the chance of machine B to malfunctioned is 70 days. 70/163 is 42.93%
Answer:
in 20 years there would be 60,000
Step-by-step explanation:
So there is $3655.21 in the account after 4 years (where $3000 is invested at an interest rate of 5% each year and it's compounded semiannually).
Answer:
Terrell ran 1,000 meters more than Victor
Step-by-step explanation:
Victor ran 3 kilometers, which equals 3000 meters. Terrell ran 4000 meters, which is 1000 more than 3000.