Answer:
B) $12,825
Explanation:
In order to calculate the worst case scenario of sales first we need to calculate the worst case for sales of units.
The Company estimates that 5,000 units will be sold with a 10 percent plus-or-minus range. So, let calculate the worst case for the sale of units, in this case being 90% of the 5,000 unit estimate. Calculate 90% of 5,000, and this gives us 4,500 units as the worst case scenario.
To calculate the the worst case scenario for price, lets use the $3.00 per unit estimated by the Company, and apply the same concept, however, taking into account that sales price has a 5 percent plus-or minus range. So we caclulate %95 of $3.00, and this gives us $2.85 as our worst case scenario for price.
Now, we take our worst case scenario for amount of units and price:
4,500 units x $2.85 = $12,825
$12,825 is the total dollar amount for the worst case scenario of this product.
Answer:
so correct option is b. -27%
Explanation:
given data
job manufacturing industry = 63.1 thousand
annual rate = 1.7 thousand
time period = 10 year
solution
the total loss of jobs over the 10 years will be:
total loss = 1.7 × 10
total loss = 17 thousand jobs
so that the percent change will be
percent change = 
percent change = -27 %
so correct option is b. -27%
Answer: B. The industry which they operate
Explanation:Different companies carry out the functions of purchasing, procurement and supply differently and these depend on how they operate. For example supply chain in a manufacturing company, it will produce items that will be stored in warehouses and other locations, making the supply chain more complex, on the other hand if it's a Service Provider company which uses a make-to-order business model, there will be no need for storing finished products, Therefore, it is clear that supply chains including procurement , purchasing and supply depend on the nature of the company.
Answer:
$720,000
Explanation:
The total budgeted selling and administrative expenses is made up of both fixed and variable components. The variable component of the cost is dependent on the budgeted number of units to be sold.
Total variable cost budgeted
= 58000 ( $1 + $3 + $4 +$2)
= $580,000
Total fixed cost = $10,000 + $120,000 + $4,000 + $6,000
= $140,000
total budgeted selling and administrative expenses for October
= $580,000 + $140,000
= $720,000
Answer:
$29,390
Explanation:
For computing the total cost first we have to determine the variable cost per customer and the fixed cost which is shown below:
Variable cost Per Customer is
= (High total cost - low total cost) ÷ (high number of customer served - low cost of customer served)
= ($28,934 - $28,241) ÷ (14,100 - 11,214)
= $0.24
Now
Fixed cost is
= High cost - (high number of customer served × variable cost per customer)
= 28,934 - (14,100 × 0.24)
= $25,550
So, the total cost for 16,000 customers is
= Fixed cost + variable cost
= $25,550 + (16,000 × $0.24)
= $29,390
