Answer:
C) $90,000
Explanation:
Beginning PBO = Interest cost/Discount rate =
Beginning PBO = $7,200/8%
Beginning PBO = $90,000
Answer:
the amount of the fire loss is $16,000
Explanation:
The computation of the amount of the fire loss is shown below
January 1 inventory $48,000
Add purchases $46,000
Goods Available $94,000
Less Cost of Goods Sold ($90,000 × 100 ÷ 125) $72,000
Less Cost of undamaged goods ($7,500 × 100 ÷ 125) $6,000
Goods Lost by Fire $16,000
hence, the amount of the fire loss is $16,000
Answer:
FV= 45,000
I= 9/4=2.25
N=6*4=24
PMT=0
PV=?
Put these in financial calculator
$26,381 is what she should pay for the investment today.
Explanation:
Factory rent -$ 3,130- Product - MOH - Fixed
Company advertising- 1,060- Period - Variable
Wages paid to assembly workers -30,500- Product - DL - Variable
Depreciation for salespersons’ vehicles- 2,200- Period - Fixed
Screws- 535- Product - DM - Variable
Utilities for factory -845-Product - MOH - Variable
Assembly supervisor’s salary -3,580- Product - MOH - Fixed
Sandpaper- 185- Product - MOH - Variable
President’s salary -5,180- Period - Fixed
Plastic tubing- 4,050- Product - MOH - variable
Paint -285- Product - DM - Variable
Sales commissions- 1,350- Period - Variable
Factory insurance- 1,170- Product - MOH - fixed
Depreciation on cutting machines- 2,000- Product - MOH - Fixed
Wages paid to painters -7,550- Product - DL - Variable
To know more about the variable costs, and the fixed cost, refer to the link below:
Answer:
Factory rent $ 3,130: Product - MOH - Fixed
Company advertising 1,060: Period - Variable
Wages paid to assembly workers 30,500: Product - DL - Variable
Depreciation for salespersons’ vehicles 2,200: Period - Fixed
Screws 535: Product - DM - Variable
Utilities for factory 845: Product - MOH - Variable
Assembly supervisor’s salary 3,580: Product - MOH - Fixed
Sandpaper 185: Product - MOH - Variable
President’s salary 5,180: Period - Fixed
Plastic tubing 4,050: Product - MOH - variable
Paint 285: Product - DM - Variable
Sales commissions 1,350: Period - Variable
Factory insurance 1,170: Product - MOH - fixed
Depreciation on cutting machines 2,000: Product - MOH - Fixed
Wages paid to painters 7,550: Product - DL - Variable
Explanation:
- Direct materials are those materials and supplies that are consumed during the manufacture of a product, and which are directly identified with that product.
- Direct labor is production or services labor that is assigned to a specific product, cost center, or work order.
- Manufacturing overhead refers to indirect factory-related costs that are incurred when a product is manufactured.
- Period costs are not directly tied to the production process. Overhead or sales, general, and administrative (SG&A) costs are considered period costs. SG&A includes costs of the corporate office, selling, marketing, and the overall administration of company business.
- Product costs are the direct costs involved in producing a product. A manufacturer, for example, would have production costs that include: Direct labor, Raw materials, Manufacturing supplies, Overhead that's directly tied to the production facility such as electricity.
- Variable cost is a corporate expense that changes in proportion to production output.
- Fixed cost is a cost that does not change with an increase or decrease in the amount of goods or services produced or sold.
In this exercise:
Factory rent $ 3,130: Product - MOH - Fixed
Company advertising 1,060: Period - Variable
Wages paid to assembly workers 30,500: Product - DL - Variable
Depreciation for salespersons’ vehicles 2,200: Period - Fixed
Screws 535: Product - DM - Variable
Utilities for factory 845: Product - MOH - Variable
Assembly supervisor’s salary 3,580: Product - MOH - Fixed
Sandpaper 185: Product - MOH - Variable
President’s salary 5,180: Period - Fixed
Plastic tubing 4,050: Product - MOH - variable
Paint 285: Product - DM - Variable
Sales commissions 1,350: Period - Variable
Factory insurance 1,170: Product - MOH - fixed
Depreciation on cutting machines 2,000: Product - MOH - Fixed
Wages paid to painters 7,550: Product - DL - Variable
$2,470.04?
Answer:
It would take a total of 14.572001 Months to pay off the balance, with interest
Explanation:
$2470.04 Would take 12.6 months to pay off, therefore, you must apply 17.99% yearly interest to this figure.
$2470.04 * .1799 = $444.36 interest
Principal + interest = total
$2470.04 + $444.36= $2914.4
$2914.4 / $200 = 14.57 months
The calculation of how many months it would take to repay a credit card balance, given an annual interest rate and a fixed monthly repayment, is not straightforward due to the compounding effect of interest. However, without considering interest, this would update around 12.35 months to pay off the balance of $2,470.04 with a monthly payment of $200.
The question relates to the concept of credit card debt repayment. Given an annual interest rate of 17.99%, a monthly payment of $200.00, and a balance of $2,470.04, it will take significantly longer than just dividing $2,470.04 by $200 to pay off the debt. This is because the annual interest rate is compounding on the remaining balance every month.
In order to calculate the exact number of months it would take to pay off the credit card, we'd need to set up and solve a complex mathematical equation which requires a good understanding of logarithms and algebra. In this case, it is best to use a financial calculator or an online credit card repayment calculator. However, on a simple base without accounting for interest, by dividing the balance of $2,470.04 by the monthly payment of $200, it would take approximately 12.35 months to pay off the debt. However, due to the added interest, the actual number of months would likely be greater.
#SPJ3
Answer:
Midpoint formula = - 7.43
Other formula = - 4.88
Elastic PED - Decrease price to increase total revenue
Explanation:
Price elasticity of demand is the responsiveness of quantity demanded to a change in price. The midpoint formula calculation is as follows:
(Q2 - Q1) / [(Q2 + Q1/2]
(P2 - P1) / [(P2 + P1/2]
In this scenario:
Q1 = 433 (old quantity)
Q2 = 169 (new quantity)
P1 = 0.88 (old price)
P2 = 0.99 (new price)
When this is substituted into the formula, it is as follows (I shall do it one step at a time to make it easier):
(169 - 433) / [(169 + 433/2]
(0.99 - 0.88) / [(0.99 + 0.88/2]
(169 - 433) / 301
(0.99 - 0.88) / 0.935
- 264 / 301
0.11 / 0.935
- 0.877
0.118
PED =- 7.43(PED is always a negative figure because price and quantity demanded have an inverse relationship. i.e. when one falls, the other rises)
PED is elastic if it is more than 1 and elastic if it is less than 1.
In this case, 5.8 is more than 1, hence PED is elastic.
In such a case, a change in price will always lead to a higher change in quantity demanded. Therefore, it is important to decrease the price to increase total revenue.
However, a different answer can be obtained using a different PED calculation
% change in quantity demanded
% change in price
(Q2 - Q1) / Q1
(P2 - P1) / P1
(433 - 169) / 433
(0.99 - 0.88) / 0.88
0.61
0.125
PED = - 4.88
Answer:
D. It will decrease the output level
Explanation:
Answer: d
Explanation: