Answer:
Accounts receivable more than 60 days = $39,500
% of accounts receivable = 11.07%
Explanation:
The following table shows the aging schedule-
Customer Amount Owed ($) Age (days)
ABC $47,150 32
DEF 37,500 7
GHI 18,900 14
KLM 72,000 28
NOP 41,450 43
QRS 16,000 11
TUV 84,300 58
WXY 39,500 75
We have to develop a schedule with a 15 days incremental through 60 days. And we show which customers are falling in that category -
0-15 (DEF + GHI + QRS) = $(37,500 + 18,900 + 16,000) = $72,400
16-30 (KLM) = $72,000
31-45 (ABC + NOP) = $(47,150 + 41,450) = $88,600
46-60 (TUV) = $84,300
Over 60 (WXY) = $39,500
Accounts receivable more than 60 days = $39,500
Percentage of Accounts receivable = 
= 11.07%
Answer: Incremental innovation ( answer for both the blanks)
Explanation: In simple words, incremental innovation refers to the process under which small improvement are made to the current practices of business. Such improvements through innovation results in better products and services offerings.
Such small changes however occur in large volumes and can easily revolutionize any industry.
How to transport the goods ie by truck, plane or train for example for goods like vegetables and fruits from California to Canada and for services like consulting services it could be if they are available and at what cost.
Answer:
8%
Explanation:
The internal rate of return is the discount rate that equates the after tax cash flows from an investment to the amount invested.
The IRR can be calculated using a financial calculator.
Cash flow in year zero = $-165,000
Cash flow each year from year one to seven = $31,692
IRR = 8%
To find the IRR using a financial calacutor:
1. Input the cash flow values by pressing the CF button. After inputting the value, press enter and the arrow facing a downward direction.
2. After inputting all the cash flows, press the IRR button and then press the compute button.
I hope my answer helps you
Answer:
The new portfolio beta is 1.31 rounded off to two decimal places.
Explanation:
The portfolio beta is a function of the sum of the weighted average betas of the individual stock's that form up the portfolio. The portfolio beta is calculated using the following formula,
Portfolio beta = wA * Beta of A + wB * Beta of B + ... + wN * Beta of N
Where,
- w is the weightage of each stock in the portfolio
The beta of the portfolio when one stock with a beta of 1 is sold is,
The sum of individual stock betas for 19 stocks is = 20 * 1.31 - 1 * 1 = 25.2
The new portfolio beta when one stock with a beta of 0.97 is added is,
Portfolio beta = (25.2 + 0.97) / 20
Portfolio beta = 1.3085 rounded off to 1.31
