Two assumptions: the deposit is made at the beginning of the month
and that the amount accumulates for 70 years (not until you are 70).
A = final amount
d = amount of deposit
r = rate if interest
n = number of deposit/calculations per year
t = number of years
A = d { ((1 + r/n )nt+1 - (1 + r)) / r }
A = 100 { ((1 + 0.00583)841 - (1 + 0.00583)) / 0.07 }
A = 100 { (132.793 - 1.0053) / 0.07 }
A = 100 · 1882.68143
A = 188,268.14
After 70 years you shall have $188,268.14. No wonder Einstein called compound interest the eighth wonder of the world.
Replace <span><span>f<span>(x)</span></span><span>fx</span></span> with <span>yy</span>.<span><span>y=<span><span>6<span>x3</span></span><span>−8</span></span></span><span>y=<span><span>6<span>x3</span></span><span>-8</span></span></span></span>Interchange the variables.<span><span>x=<span><span>6<span>y3</span></span><span>−8</span></span></span><span>x=<span><span>6<span>y3</span></span><span>-8</span></span></span></span>Solve for <span>yy</span>.
<span><span>y=<span><span>3<span>√<span>36<span>(<span>x+8</span>)</span></span></span></span>6</span></span><span>y=<span><span><span>36<span>x+8</span></span>3</span>6</span></span></span>Solve for <span>yy</span> and replace with <span><span><span>f<span>−1</span></span><span>(x)</span></span><span><span>f<span>-1</span></span>x</span></span>.
<span><span><span>f<span>−1</span></span><span>(x)</span></span>=<span><span>3<span>√<span>36<span>(<span>x+8</span>)</span></span></span></span><span>6</span></span></span>
Explanation: 24/8=3 3x3=9 9 coins are U.S coins 24-9=15 15 coins are foreign
15 coins= five eights so 3 coins are one eight if he adds twelve it’s going to be
4x3=12 so it’s seven eights.
Answer:yes because if they are even two will be able to go into them not matter what
Step-by-step explanation: