Answer:
The balance in the account = $851.8
Explanation:
The future value of a lump sum is the amount expected at a future date when a sum of money is invested today at a particular rate of interest for certain number of years
.
This implies compounding the initial amount invested ($300) at the given interest rate(11%) for 10 years.This will be done as follows:
<em />
FV = PV × (1+r)^(n)
FV-Future value
r- rate of return per period
n- Number of period
PV - 300
r-11%
DATA
FV- ?
PV - 300
n- 10
FV= 300 × 1.11^10 = 851.83
The balance in the account = $851.8
Answer:
Decrease the accounts receivable account in assets section of balance sheet by $1,000
Increase the cash account in assets section of balance sheet by $1,000
Explanation:
The Accounting equation for any entity is represented by the following equation:
Assets= Equity + Liability
When the entity receive any amount from customer in respect of the any credit sale made to him, the account receivable in the asset section will be decreased by the that amount and the cash section in the asset section will be increased by that amount.
In this case, Fitch supply services shall
Decrease the accounts receivable account in assets section of balance sheet by $1,000
Increase the cash account in assets section of balance sheet by $1,000
Answer:
a. It will take her 5 years to pay for her wardrobe
b. She should shop for a new card once she is done paying for this one.
c. She should shop for a new card after finishing paying for this card since going further into debt with the current card would be a bad idea. This is due to the fact that an annual interest rate of 16% is very high. The best option would therefor to finish her payments on the credit card, then shop for a new card with a lower annual interest rate.
Explanation:
Use the formula below to determine the number of months it would take Rachel to pay off her debt;
C *{1-(1+r)^(-n×t)}/(r/n)=PV
where;
C=annuity
r=annual interest rate
n=number of compounding periods in a year
t=number of years
PV=present value
In our case;
PV=$10,574
C=$260
r=16%=16/100=0.16
n=12
t=unknown
replacing;
260*{1-(1+0.16/12)^(-12×t)}/(0.16/12)=10,574
1-(1+0.16/12)^(-12×t)={10,574×(0.16/12)}/260
1-{1.013^(-12 t)}=0.542
(1-0.542)=1.013^(-12 t)
ln 0.458=-12 t (ln 1.013)
t=-ln 0.458/12×ln 1.013
t=5
It will take her 5 years to pay for her wardrobe
b. She should shop for a new card once she is done paying for this one.
c. She should shop for a new card after finishing paying for this card since going further into debt with the current card would be a bad idea. This is due to the fact that an annual interest rate of 16% is very high. The best option would therefor to finish her payments on the credit card, then shop for a new card with a lower annual interest rate.
.... She attempts to influence her clients to switch to printing on the new materials. This is known as a proactive type of approach
This is further explained below.
<h3>What is
a proactive type of approach?</h3>
Generally, Proactive actions prepare for the future. Proactivity is a desired attribute in an individual, team, or organization. Reactive methods wait for the future to happen before acting.
In conclusion, "Loretta is a product manager at a popular printing company. Though none of her small business clients have requested to print on recycled paper, Loretta decides to stock some recycled paper products anyway because she sees this as an opportunity to increase her company’s reputation for sustainability. She attempts to influence her clients to switch to printing on the new materials." is a proactive type of approach
Read more about the proactive type of approach
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The marketing of services differs from product marketing because of the four fundamental differences involved in services: services are intangible, inseparable, heterogeneous, and perishable
