Answer:
Following are the responses to the given question:
Explanation:
Report on varying analyses Current Fiscal Variations
Income 320000 318750 -1250
Direct expenditure (variable) 101000 100000 -1000
General expenditure allocated (fixed) 78000 80000 2000
Operation costs allocated:
Section 1 20500 20000 -500
Section 2 65000 62500 -2500
Section 3 101500 100000 -1500
Total expenses 366000 362500 -3500
Total Income - 46000 -43750 -2250
Lens Junction sells lenses for $44 each and is estimating sales of 16,000 units in January and 17,000 in February. Each lens consists of 2 pounds of silicon costing $2.50 per pound, 3 oz of solution costing $3 per ounce, and 15 minutes of direct labor at a labor rate of $18 per hour. Desired inventory levels are: Jan. 31 Feb. 28 Mar. 31 Beginning inventory Finished goods 4,300 4,800 4,900 Direct materials: silicon 8,300 9,200 9,000 Direct materials: solution 11,000 12,200 12,900
Complete Question:
1. Prepare a sales budget. Lens Junction Sales Budget For the Two Months Ending February 28, 20XX January February Expected Sales (Units) Sales Price per Unit Total Sales Revenue Total
2. Prepare a production budget. Lens Junction Production Budget For the Two Months Ending February 28, 20XX January February Expected Sales Total Required Units Required Production Total
3. Prepare direct materials budget for silicon. Lens Junction For the Two Months Ending Fabrant Materials, Purinat for Silinn February Expected Sales Total Required Units Required Production Total
4.Prepare direct materials budget for silicon.
Answer:
Lens Junction
1. Lens Junction Sales Budget For the Two Months Ending February 28, 20XX
January February
Expected Sales (Units) 16,000 17,000
Sales Price per Unit $44 $44
Total Sales Revenue $704,000 $748,000
2. Lens Junction Production Budget For the Two Months Ending February 28, 20XX
January February
Expected Sales Total 16,000 17,000
Ending Inventory 4,800 4,900
Required Units 20,800 21,900
Beginning Inventory 4,300 4,800
Required Production Total 16,500 17,100
3 & 4. Lens Junction Direct Materials Budget For the Two Months Ending February
January February
Silicon Solution Silicon Solution
Expected Sales 32,000 48,000 34,000 51,000
Ending inventory 9,200 9,000 12,200 12,900
Total Required 41,200 57,000 46,200 63,900
Beginning inventory 8,300 11,000 9,200 12,200
Units Required 32,900 46,000 37,000 51,700
Explanation:
a) Data and Calculations:
Sales price of lenses per unit = $44
Estimated sales of lenses in January and February respectively = 16,000 and 17,000
Direct materials for each lense:
2 pounds of silicon at $2.50 per pound = $5.00
3 oz of solution at $3.00 per ounce = $9.00
Total cost of direct materials per unit = $14
15 minutes direct labor at $18 per hour = $4.50
Desired inventory levels:
Beginning inventory of finished goods:
January 4,300
February 4,800
March 4,900
Beginning inventory of direct materials:
Silicon Solution
January 8,300 11,000
February 9,200 12,200
March 9,000 12,900
Viola has to relocate for her job. She finds a townhome with an option to rent or buy. The conditions of each are shown below. Rent: Move-in costs of $2,380 and.monthly payment of $845. Buy: Move-in costs of $5,260 and monthly payment of $785. Viola moves frequently due to her job, but she thinks that she will stay in the area for 4 years. Therefore, she decided to buy. Cho0se the best evaluation of Viola's deci a. Since the costs would be the same over the 4 year period, she will have made a good decision if the property value does not decrease. b. She made a fairly good decision. Buying the townhome will be cheaper over the 4 year period as long as she doesn't have major repairs to make. C. She made a poor decision if the property value does not increase. Renting the townhome would be cheaper over the 4 year period. d. There is not enough information given to determine which option is best.
Answer: C
Explanation: i took a test on k12 with the same answer
Answer:
A
Explanation:
Since the costs would be the same over the 4 year period, she will have made a good decision if the property value does not decrease.
Inside Incorporated was issued a charter on January 15 authorizing the following capital stock:
Common stock, $6 par, 100,000 shares, one vote per share
Preferred stock, 7 percent, par value $10 per share, 5,000 shares, nonvoting.
The following selected transactions were completed during the first year of operations in the order given:
a. Issued 21,000 shares of the $6 par common stock at $19 cash per share.
b. Issued 3,100 shares of preferred stock at $23 cash per share.
c. At the end of the year, the accounts showed net income of $39,000
Prepare the stockholders' equity section of the balance sheet at December 31
Answer:
Total stockholders' equity = $509,300
Explanation:
Before the stockholders' equity section of the balance sheet is prepared, the following are calculated first:
Common stock = Number of common shares issued * Par value of common share = 21,000 * $6 = $126,000
Additional-paid-in-capital (APIC) – Common stock = Number of common shares issued * (Common stock cash per share - Par value of common share) = 21,000 * ($19 - $6) = $273,000
Preferred stock = Number of preferred stock issued * Par value of preferred stock = 3,100 * $10 = 31,000
APIC – Preferred stock = Number of preferred stock issued * (Preferred stock cash per share - Par value of preferred stock) = 3,100 * ($23 - $10) = $40,000
Therefore, the stockholders' equity section of the balance sheet at December 31 can now be prepared as follows:
Inside Incorporated
Balance Sheet (Partial)
At December 31
Details $
Stockholders' equity:
Common stock 126,000
APIC – Common stock 273,000
Preferred stock 31,000
APIC – Preferred stock 40,000
Net income 39,000
Total stockholders' equity 509,300
A Quality Analyst wants to construct a sample mean chart for controlling a packaging process. He knows from past experience that whenever this process is under control, package weight is normally distributed with a mean of twenty ounces and a standard deviation of two ounces. Each day last week, he randomly selected four packages and weighed each:
Day Weight (ounces)
Monday 23 22 23 24
Tuesday 23 21 19 21
Wednesday 20 19 20 21
Thursday 18 19 20 19
Friday 18 20 22 20
What are the upper and lower control limits for these data?
a. UCL = 22.644 LCL = 18.556
b. UCL = 22.700 LCL = 18.500
c. UCL = 22.755 LCL = 18.642
d. UCL = 21.814 LCL = 19.300
Answer:
a. UCL = 22.664 LCL = 18.556
Explanation:
The sample mean for the given data is :
( 23 + 20 + 19 + 20 + 21 ) / 5 = 20.6
Upper control limit is :
Sample mean + standard deviation
20.6 + 2 = 22.6
Lower Control Limit is :
Sample mean - Standard Deviation
20.6 - 2 = 18.6
Q 9.20: City Mission is a not-for-profit organization that provides hot meals, living quarters, and showers for homeless people. Based on their yearly budget, they expect to spend $450,000 on food expenses, $350,000 on housing expenses, $280,000 on staff salaries, $90,000 on utilities, and $118,000 on other expenses. How much will City Mission need to raise in donations
Answer:
at least $1,288,000 in donation
Explanation:
With regards to the above information, we would add up all the expenses to arrive at how much donation that need City Mission needs to raise.
= Expenses on food + Housing expenses + Staff salaries + Utilities + Other expenses
= $450,000 + $350,000 + $280,000 + $90,000 + $118,000
= $1,288,000
The above is a large sum of money to raise only from donations, and by right a level or various levels of government should help pay for these expenses as no one go homeless either that or provide low cost homes for the homeless.
Marigold Corp. issued at a premium of $10500 a $192000 bond issue convertible into 4700 shares of common stock (par value $20). At the time of the conversion, the unamortized premium is $4000, the market value of the bonds is $212000, and the stock is quoted on the market at $60 per share. If the bonds are converted into common, what is the amount of paid-in capital in excess of par to be recorded on the conversion of the bonds
Answer: $102000
Explanation:
The following can be deduced fkem the question:
Face value of bonds = $192000
Unamortized Premium = $4000
Conversion of Equity Shares = 4700 x $20 = $94000
Paid in Capital in Excess of Par = $192000 + $4000 - $94000
= $102000
Illustrate the effects of each of the transactions on the accounts and financial statements of Snipes Company.
June 8. Snipes Company sold merchandise on account to Beejoy Company, $18,250, terms FOB destination, 2/15, n/eom. The cost of the merchandise sold was $10,000. Snipes Company paid transportation costs of $400 for delivery of the merchandise.
Answer:
Snipes Company
Effects of each transaction on the accounts and the financial statements of Snipes Company:
Balance Sheet Income Statement Statement of
Cash Flows
Assets = Liabilities + Equity Revenue - Expense = Profit
+ $18,250 = 0 + $18,250 + $18,250 - 0 + $18,250
Accounts receivable $18,250 Sales revenue $18,250
Assets = Liabilities + Equity Revenue - Expense = Profit
-$10,000 = 0 - $10,000 0 - $10,000
Cost of goods sold $10,000 Inventory $10,000
Assets = Liabilities + Equity Revenue - Expense = Profit
-$400 0 -$400 0 -$400 -$400 Operating activity
Transportation-out expense $400 Cash $400
Explanation:
a) Data and Analysis:
Accounts receivable $18,250 Sales revenue $18,250
Cost of goods sold $10,000 Inventory $10,000
Transportation-out expense $400 Cash $400
Straight-Line Depreciation A building acquired at the beginning of the year at a cost of $2,200,000 has an estimated residual value of $400,000 and an estimated useful life of 20 years. Determine the following: (a) The depreciable cost $fill in the blank 1 (b) The straight-line rate fill in the blank 2 % (c) The annual straight-line depreciation $fill in the blank 3
Answer:
a)
Depreciable Cost = $ 1800000
b)
Straight Line Depreciation Rate = 5%
c)
Depreciation expense per year = $90000
Explanation:
a)
The depreciable cost is the cost that qualifies for depreciation. It is calculated as,
Depreciable Cost = Cost - Salvage Value
Depreciable Cost = 2200000 - 400000
Depreciable Cost = $ 1800000
b)
The straight line depreciation method charges a constant depreciation expense every period. The rate of straight line depreciation can be calculated as follows,
Straight Line Depreciation Rate = Depreciable cost percentage / Estimated useful life
Straight Line Depreciation Rate = 100% / 20
Straight Line Depreciation Rate = 5%
c)
The annual straight line depreciation expense can be calculated as follows,
Depreciation expense per year = Depreciable cost * Straight line depreciation rate
Depreciation expense per year = 1800000 * 0.05
Depreciation expense per year = $90000