B. Vertex(1,-5); intercepts x=-4,2
To find the effective interest rate the formula is
R=(1+r/k)^(k)-1
R=?
r=nominal Interest rate 0.1364
K=compounded daily 365
Plug in the formula
R=(1+0.1364÷365)^(365)−1
R=0.1461 This the effective interest rate 14.61%
As you can see that the effective interest rate is greater than the nominal interest rate by
0.1461−0.1364=0.0097×100=0.97%
So the answer is a
Hope it helps!
Answer:
0 weeks - 15.00
1 weeks - 20.00
2 weeks - 25.00
3 weeks - 30.00
4 weeks - 35.00
5 weeks - 40.00
6 weeks - 45.00
7 weeks - 50.00
8 weeks - 55.00
9 weeks - 60.00
10 weeks - 65.00
Step-by-step explanation:
You just add 5 dollars everytime
Answer:
Erich planted 7 seeds ...
he had to remove 17 plants ....
he expected to have less or equal 46 plants ...
Step-by-step explanation:
Look at keywords like remove ~ => which indicates that something is being subtracted
Since x represents seed packets, and the amount he planted is a number multiplied by x, we can deduce he planted 7 seeds ( 7 * x)