Answer:
Ans. Jessica has to make monthly deposits of $203.34 in order to get $11,000 at the end of the fourth year, at a rate of 6% compounded monthly.
Step-by-step explanation:
Hi, the first thing to do is to convert that compounded rate into an effective rate, that is by just dividing by 12, therefore, 0.06/12=0.005 or 0.5% effective monthly.
We also know that this deposits are going to take place at the end of every month, for 4 years, that means 48 months.
And to find the value of the monthly deposit, we need to use the following equation and solve for A
Filling it up, we get:
Best of luck
1/3 is the slope. When you rearrange the equation to be in y=mx+b form, you would subtract 9 and divide by three. x divided by 3 is equal to 1/3 x, so that would be the slope
Area depends on the product of sides,
so if the sides are shortened by a factor of 2, area will reduce by a factor of 4. (2×2)
new area = 10/4=2.5 cm²
To answer this question we need to write all the numbers in percentage form:
Swim 88.2%
Vidisha 75%
Sue 84%
Manuela 79%
Alexa 87.5%
Then the list would be Vidisha, Manuela, Sue, Alexa and Swim, therefore the answer is d.