<h3>
Answer: $130</h3>
=======================================================
Explanation:
I'm assuming the bank is using simple interest (instead of compound interest).
If so, then,
i = P*r*t
i = 8000*0.0325*0.5
i = 130
The amount of interest is $130
In the formula above, I used
- P = 8000 = amount deposited
- r = 0.0325 = annual interest rate in decimal form
- t = 6/12 = 0.5 years, which means you don't use t = 6. We don't use t = 6 because the interest rate is on an annual basis, and not a 6-month basis.
We know that
the rule is
y=x+2
then
for x=-3 -------------------> y=-3+2=-1
for x=-2 -------------------> y=-2+2=0
for x=-1 -------------------> y=-1+2=1
for x=0 -------------------> y=0+2=2
for x=1 -------------------> y=1+2=3
for x=3 -------------------> y=3+2=5
for x=4 -------------------> y=4+2=6
for x=5 -------------------> y=5+2=7
for x=6 -------------------> y=6+2=8
for x=7 -------------------> y=7+2=9
the answer is
<span>Input x -3 -2 -1 0 1 Output y -1 0 1 2 3</span>
Answer:
A(0, 2), C(-1, 2), E(-4, -1)
Step-by-step explanation:
It can be useful to graph the equations and plot the points. Only the points in the doubly-shaded area are solutions to the system of inequalities.
You can try the offered points and see which work.
<u>y > 2x +1</u>
A. 2 > 2·0 +1 . . . true
B. 3 > 2·1 +1 . . . . False
C. 2 > 2(-1) +1 . . . true
D. 1 > 2·1 +1 . . . . False
E. -1 > 2(-4) +1 . . . true
F. 0 > 2·0 +1 . . . . False
__
<u>y < -2x +3</u>
A. 2 < -2·0 +3 . . . true
C. 2 < -2(-1) +3 . . . true
E. -1 < -2(-4) +3 . . . true
Points A, C, E are in the solution set.
Answer:
y≤−135
Step-by-step explanation:
1/5 ( y + 10 ) ≤ - 25
1/5y+2≤−25
1/5y+2−2≤−25−2
1/5y≤−27
5*1/5y≤(5)*(−27)
y≤−135