Answer: 2560
< 98415
Step-by-step explanation:
The number of cells increase in an exponential growth, which is, in general:
A(t) = A₀.
where;
A is the growth at a time "t"
A₀ is the initial amount of cells
k is rate of growth
t is time in minutes
To write an equation for the conditions described above, we have to find the rate k, knowing that at every 2 minutes, the number of cells increases by 50%, i.e., A₀*1.5:
A(2) = 2560
2560*1.5 = 2560
= 1.5
ln(
) = ln(1.5)
k = 0.2027
With the initial value, the rate and knowing that the number of cells has to be less than 98415:
2560
< 98415
<u>The inequality in terms of t is 2560</u>
<u> < 98415</u>
State because each state has its own problems. like with climates and etc. if it was national we would all suffer from one’s benefit rather than are own
I belive the function is y=4x+1, it works with every set
The '2.5/10' part means a 2.5% discount is available if paid within 10 days. (2.5% = 0.025)
Amount of the discount:
($1,500 x 0.025) = $37.50
Amount needed to pay within 10 days is ($1,500 - $37.50) = $1,462.50
hope it helps