Answer:
jury of executive opinion.
Explanation:
The forecasting technique that pools the opinions of a group of experts or managers is known as jury of executive opinion.
For example, when XYZ manufacturing company decides to conduct a series of strategic meetings for its forecasting by involving its key employees such as directors, analysts, managers etc to discuss (gathering opinions, ideas, perspectives and views) before reaching a forecasting consensus. This is simply a jury of executive opinion.
The forecasting technique that combines the opinions of a group of experts or managers is known as the 'jury of executive opinion'. It leverages collective expertise for prediction in complex decision-making situations or when there's a lack of sufficient hard data.
The forecasting technique that gathers and combines the views and opinions of a group of experts or managers is called the Jury of executive opinion. This technique relies on the collective knowledge, experience, and intuition of a group of high-level managers to predict future events or outcomes. It's often used in situations where decision-making is complex, or when there aren't enough hard data available. For instance, a group of corporate executives could use their combined expertise to make forecasts about trends in their industry, the potential impact of significant new legislation, or the likely behavior of their competitors.
#SPJ3
Answer:
8.7
Explanation:
Sales = $93,000,000
Gross profit margin = 45%
Gross profit= 45%*93,000,000 = $41,850,000
Gross profit = sales - cost of goods sold
Cost of goods sold = Gross profit + sales = 41,850,000 + 95,000,000 = $53,150,000
Inventory turnover = cost of goods sold/inventory
Inventory = $52,250,000/6.3= $8,436,508
Given:
Total Inventory = $8,436,508
Unsalable items = $2,300,000
We have the formula:
Good inventory = Total Inventory - Unsalable items = $8,436,508 - $2,300,000 = $6,136,508
The inventory turnover ratio the good inventory must maintain in order to achieve an overall turnover ratio of at least 6.3 (including the unsalable items) is
53,150,000/6,136,508 = 8.7
Answer: Option B
Explanation: As we know that,
where,
Operating income = $60,000
total asset = current asset base - decrease in current asset base
total asset = $500,000 - $120,000
= $ 380,000
Now, putting the values into equation we get :-
= 15.79%
(B) The accounts receivable balance at the beginning of Quarter 4 will be $1,150.
(C) The firm will collect a total of $2,000 in Quarter 3.
(D) The firm will have an accounts receivable balance of $2,300 at the end of the year.
(E) The firm will collect a total of $2,400 in Quarter 4.
Answer:
(E) The firm will collect a total of $2,400 in Quarter 4.
Explanation:
We will calcualte under two assumptions:
With this we conclude the following:
each quarter has 90 days
the sales from day 1 to 45 will be collected within the quearter while the sales from 46 to 90 will be collected on the next quarter.
so half the sales will be collected during the quarter as sales are done uniformly.
Collection on Q1
2,100 / 2 = 1,050
collection on Q2
1,050 + 1,600/2 = 1,850
collection on Q3
800 + 2,500/2 =2,050
collection on Q4
1,250 + 2,300/2 = 2,400
Answer:
The correct answer is letter "C": the supply curve for apples has shifted to the left.
Explanation:
The supply curve plots in a graph the relationship between the price and quantity supplied of a good or service. According to the supply law, that relationship is directly proportional meaning if the price rises the quantity demanded increases -the supply curve moves to the right- but if the prices fall the quantity demanded drops -the supply curve moves to the left.
Answer:
$2960 yearly savings
Explanation:
From the values given and from mathematical manipulation, he or she needs a contribution of at least $2900 every year in order to achieve his goal of $50,000.
EXPLANATION
You will need to contribute approximately $2,615.97 each year to your college fund to achieve your goal of $50,000 in 13 years, starting with $5,000 and earning 2% interest compounded annually.
To calculate how much you need to contribute every year to have $50,000 in a college fund for your daughter in 13 years with an existing $5,000 at a 2% annual interest rate, we need to use the future value of an annuity formula:
The future value of an annuity formula is FV = P × {[(1 + r)^n - 1] / r}, where:
Since you already have $5,000, we first need to find out how much this amount will grow to in 13 years at an annual interest rate of 2%. That's calculated using the compound interest formula:$5,000(1 + 0.02)^{13} = $6,727.09
Now, subtract this future value of your initial savings from the goal:$50,000 - $6,727.09 = $43,272.91
This is the amount that needs to be reached with the annual contributions. Plugging this back into the future value of an annuity formula, we solve for P:$43,272.91 = P × {[(1 + 0.02)^{13} - 1] / 0.02}We can now solve for P, which is the annual contribution required:P = $43,272.91 / {[(1 + 0.02)^{13} - 1] / 0.02} = $2,615.97
Therefore, you'd need to contribute approximately $2,615.97 each year to reach your $50,000 college fund goal in 13 years, assuming a 2% annual rate.
Answer:
The Journal entries are as follows:
(i) General fund
Property taxes receivable current A/c Dr. $1,878,700
To Allowance for uncollectible current taxes $37,574
To Revenue $1,841,126
(To record general fund)
(ii) Governmental activities
Property taxes receivable current A/c Dr. $1,878,700
To Allowance for uncollectible current taxes $37,574
To Revenue $1,841,126
(To record governmental activities)
Workings:
Allowance for uncollectible current taxes:
= Real property taxes × percent of levy uncollectible
= $1,878,700 × 2%
= $37,574