Today, April 1st 2020, I put $1000 into the bank. Every month thereafter I added the same amount, plus $20 more than the month before (i.e. $1020, $1040, $1060, etc.) If the sign on the door of my bank says they pay 6% nominal yearly interest, how much will I be able to take out of the bank on January 1st, 2023. Draw a cash-flow diagram.
In: Economics
On June 1, 2020, Jill Bow and Aisha Adams formed a partnership
to open a gluten-free commercial bakery, contributing $287,000 cash
and $374,000 of equipment, respectively. The partnership also
assumed responsibility for a $47,000 note payable associated with
the equipment. The partners agreed to share profits as follows: Bow
is to receive an annual salary allowance of $157,000, both are to
receive an annual interest allowance of 5% of their original
capital investments, and any remaining profit or loss is to be
shared 40/60 (to Bow and Adams, respectively). On November 20,
2020, Adams withdrew cash of $107,000. At year-end, May 31, 2021,
the Income Summary account had a credit balance of $450,000. On
June 1, 2021, Peter Williams invested $127,000 and was admitted to
the partnership for a 20% interest in equity.
Required:
1. Prepare journal entries for the following dates.
a. June 1, 2020
b. November 20, 2020
c. May 31, 2021
d. June 1, 2021
2. Calculate the balance in each partner’s capital
account immediately after the June 1, 2021, entry.
In: Accounting
On June 1, 2020, Jill Bow and Aisha Adams formed a partnership
to open a gluten-free commercial bakery, contributing $282,000 cash
and $364,000 of equipment, respectively. The partnership also
assumed responsibility for a $42,000 note payable associated with
the equipment. The partners agreed to share profits as follows: Bow
is to receive an annual salary allowance of $152,000, both are to
receive an annual interest allowance of 5% of their original
capital investments, and any remaining profit or loss is to be
shared 40/60 (to Bow and Adams, respectively). On November 20,
2020, Adams withdrew cash of $102,000. At year-end, May 31, 2021,
the Income Summary account had a credit balance of $400,000. On
June 1, 2021, Peter Williams invested $122,000 and was admitted to
the partnership for a 20% interest in equity.
Required:
1. Prepare journal entries for the following dates.
a. June 1, 2020
b. November 20, 2020
c. May 31, 2021
d. June 1, 2021
2. Calculate the balance in each partner’s capital
account immediately after the June 1, 2021, entry.
In: Accounting
The financial statements of Lewis Limited appear below:
LEWIS LIMITED
Comparative statement of financial positions
31 December
2020 2019
Assets
Cash $ 44,000 $ 23,000
Accounts receivable 26,000 34,000
Merchandise inventory 20,000 15,000
Property, plant, and equipment 50,000 78,000
Accumulated depreciation (20,000) (24,000)
Total $120,000 $126,000
Liabilities and equity
Accounts payable $ 15,000 $ 23,000
Income taxes payable 13,000 8,000
Notes payable 7,000 33,000
Ordinary shares 41,000 24,000
Retained earnings 44,000 38,000
Total $120,000 $126,000
LEWIS LIMITED
Income statement
for the year ended 31 December 2020
Sales $350,000
Cost of sales 280,000
Gross profit 70,000
Selling expenses $20,000
Administrative expenses 16,000 36,000
Income from operations 34,000
Interest expense 4,000
Income before income taxes 30,000
Income tax expense 10,000
Profit after income tax $ 20,000
The following additional data were provided:
Required:
Prepare a statement of cash flows for Lewis Limited using the direct method.
In: Accounting
For this question, assume that both John and Ana live in and are residents of Florida, and are not married. In addition, John and Ana have no relation to each other except that they are boyfriend and girlfriend and have not lived together before, nor do they have any children together. After the transaction is effected, they plan to live together in the house purchased by Ana. However, there are no immediate plans to get married.
Explain the tax implications of this transaction.
Please provide as much information as possible to help me determine the reason behind your answer and so that I may give you partial credit. Some questions to consider:
In: Accounting
For this question, assume that both John and Ana live in and are residents of Florida, and are not married. In addition, John and Ana have no relation to each other except that they are boyfriend and girlfriend and have not lived together before, nor do they have any children together. After the transaction is effected, they plan to live together in the house purchased by Ana. However, there are no immediate plans to get married.
Explain the tax implications of this transaction.
Please provide as much information as possible to help me determine the reason behind your answer and so that I may give you partial credit. Some questions to consider:
In: Accounting
A. Explain which model in the “Data and Graphs” attachment is most accurate, based only on their graphical qualities and R² values, which can both be found in the “Data and Graphs” attachment.
Note: R² is the square of the correlation coefficient between the data and the model.
B. Given that the actual U.S. Population in 2010 was 308.75 million, explain which of the following models is most accurate, including computations of the relative errors, based only on the following U.S. population predictions in millions by each model for the year 2010:
• linear: 242.89
• exponential: 515.34
• quadratic: 304.36
• third-degree polynomial: 308.22
• fourth-degree polynomial: 311.96
A. Explain which model in the “Data and Graphs” attachment is most accurate, based only on their graphical qualities and R² values, which can both be found in the “Data and Graphs” attachment.
Note: R² is the square of the correlation coefficient between the data and the model.
B. Given that the actual U.S. Population in 2010 was 308.75 million, explain which of the following models is most accurate, including computations of the relative errors, based only on the following U.S. population predictions in millions by each model for the year 2010:
• linear: 242.89
• exponential: 515.34
• quadratic: 304.36
• third-degree polynomial: 308.22
• fourth-degree polynomial: 311.96
A. Explain which model in the “Data and Graphs” attachment is most accurate, based only on their graphical qualities and R² values, which can both be found in the “Data and Graphs” attachment.
Note: R² is the square of the correlation coefficient between the data and the model.
B. Given that the actual U.S. Population in 2010 was 308.75 million, explain which of the following models is most accurate, including computations of the relative errors, based only on the following U.S. population predictions in millions by each model for the year 2010:
• linear: 242.89
• exponential: 515.34
• quadratic: 304.36
• third-degree polynomial: 308.22
• fourth-degree polynomial: 311.96
A. Explain which model in the “Data and Graphs” attachment is most accurate, based only on their graphical qualities and R² values, which can both be found in the “Data and Graphs” attachment.
Note: R² is the square of the correlation coefficient between the data and the model.
B. Given that the actual U.S. Population in 2010 was 308.75 million, explain which of the following models is most accurate, including computations of the relative errors, based only on the following U.S. population predictions in millions by each model for the year 2010:
• linear: 242.89
• exponential: 515.34
• quadratic: 304.36
• third-degree polynomial: 308.22
• fourth-degree polynomial: 311.96
A. Explain which model in the “Data and Graphs” attachment is most accurate, based only on their graphical qualities and R² values, which can both be found in the “Data and Graphs” attachment.
Note: R² is the square of the correlation coefficient between the data and the model.
B. Given that the actual U.S. Population in 2010 was 308.75 million, explain which of the following models is most accurate, including computations of the relative errors, based only on the following U.S. population predictions in millions by each model for the year 2010:
• linear: 242.89
• exponential: 515.34
• quadratic: 304.36
• third-degree polynomial: 308.22
• fourth-degree polynomial: 311.96
A. Explain which model in the “Data and Graphs” attachment is most accurate, based only on their graphical qualities and R² values, which can both be found in the “Data and Graphs” attachment.
Note: R² is the square of the correlation coefficient between the data and the model.
B. Given that the actual U.S. Population in 2010 was 308.75 million, explain which of the following models is most accurate, including computations of the relative errors, based only on the following U.S. population predictions in millions by each model for the year 2010:
• linear: 242.89
• exponential: 515.34
• quadratic: 304.36
• third-degree polynomial: 308.22
• fourth-degree polynomial: 311.96
A. Explain which model in the “Data and Graphs” attachment is most accurate, based only on their graphical qualities and R² values, which can both be found in the “Data and Graphs” attachment.
Note: R² is the square of the correlation coefficient between the data and the model.
B. Given that the actual U.S. Population in 2010 was 308.75 million, explain which of the following models is most accurate, including computations of the relative errors, based only on the following U.S. population predictions in millions by each model for the year 2010:
• linear: 242.89
• exponential: 515.34
• quadratic: 304.36
• third-degree polynomial: 308.22
• fourth-degree polynomial: 311.96
In: Statistics and Probability
Question 9 (1 point)
To design a new advertising campaign, Ford Motor Company would like to estimate the proportion of drivers of the new Ford Fusion that are women. In a random sample of 90 Fusion owners, 50 of them were women. What is the 90% confidence interval estimating the proportion of all drivers who are women?
Question 9 options:
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Question 10 (1 point)
The owner of a local supermarket believes the average number of gallons of milk the store sells per day is 311.2. In a random sample of 22 days, the owner finds that the average number of gallons sold was 281.3 with a standard deviation of 30.12. Using this information, the owner calculated the confidence interval of (270.3, 292.3) with a confidence level of 90%. Which of the following statements is the best conclusion?
Question 10 options:
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Question 11 (1 point)
A restaurant wants to test a new in-store marketing scheme in a small number of stores before rolling it out nationwide. The new ad promotes a premium drink that they want to increase the sales of. 12 locations are chosen at random and the number of drinks sold are recorded for 2 months before the new ad campaign and 2 months after. The average difference in nationwide sales quantity before the ad campaign to after (after - before) is 0.5 with a standard deviation of 9.41. Using this information, they calculate a 90% confidence paired-t interval of (-4.38, 5.38). Which of the following is the best interpretation?
Question 11 options:
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In: Statistics and Probability
The senior vice president for marketing at a Hotel believes that
the company’s recent advertising of the hotel has decreased the
average room idle rate. To test the hypothesis, random sample of
daily idle rates (in percentages) before the advertising is
collected. A similar random sample of daily idle rates is collected
after the advertising took place. The data are as follows.
Before (%) 8 17 12 21 19 10 After (%) 6 10 1 11 17 8
Is there evidence that the average room idle rate of the hotel has
decreased after the advertising at the 0.01 level of
significance.
In: Statistics and Probability
IP A fireworks rocket is launched vertically into the night sky with an initial speed of 42.2 m/s . The rocket coasts after being launched, then explodes and breaks into two pieces of equal mass 2.90 s later.
Part A
If each piece follows a trajectory that is initially at 45.0 ∘ to the vertical, what was their speed immediately after the explosion?
Part B
What is the velocity of the rocket's center of mass before the explosion?
Part C
What is the velocity of the rocket's center of mass after the explosion?
Part D
What is the acceleration of the rocket's center of mass before the explosion?
In: Physics