In March 2020, Snow Fun, Inc., made a rights issue at a subscription price of $10 a share. One new share can be purchased for every 3 shares held. Before the issue, there were 12 million shares outstanding, and the share price was $15.

(1) What is the total amount of new money raised?

(2) What is the expected stock price after the rights are issued? Why is the stock price expected to fall after the right issue?

(3) Suppose that the company had decided to issue the new stock at $8 instead of $10 a share, how many new shares would it have needed to raise the same sum of money? Show that Snow Fun’s shareholders are just as well off if it issues the shares at $8 a share rather than $10.

In March 2020, Snow Fun, Inc., made a rights issue at a subscription price of $10 a share. One new share can be purchased for every 3 shares held. Before the issue, there were 12 million shares outstanding, and the share price was $15.

(1) What is the total amount of new money raised?

(2) What is the expected stock price after the rights are issued? Why is the stock price expected to fall after the right issue?

(3) Suppose that the company had decided to issue the new stock at $8 instead of $10 a share, how many new shares would it have needed to raise the same sum of money? Show that Snow Fun’s shareholders are just as well off if it issues the shares at $8 a share rather than $10.

In March 2020, Snow Fun, Inc., made a rights issue at a subscription price of $10 a share. One new share can be purchased for every 3 shares held. Before the issue, there were 12 million shares outstanding, and the share price was $15.

(1) What is the total amount of new money raised?

(2) What is the expected stock price after the rights are issued? Why is the stock price expected to fall after the right issue?

(3) Suppose that the company had decided to issue the new stock at $8 instead of $10 a share, how many new shares would it have needed to raise the same sum of money? Show that Snow Fun’s shareholders are just as well off if it issues the shares at $8 a share rather than $10.

The generativity of digital platforms and ecosystems enables opportunities for distribution innovation. Discuss what platform owners should do to mobilise digital resources and leverage the innovation potential of multiple actors in the digital ecosystem.

Research standardization, flexibility and innovation in product/process design. How does this information apply to 3M, an innovative company with a variety of products? You will need to provide proof of 3M’s innovation, flexibility, and/or standardization.

• Review Chesbrough's Principles of Open Innovation.
• Pick three out of his six principles of open innovation.
• Analyze and evaluate the selected statements.
• Provide at least one example supporting the selected statements.

Bonita Company purchased machinery on January 1, 2020, for $87,200. The machinery is estimated to have a salvage value of $8,720 after a useful life of 8 years.

Compute 2020 depreciation expense using the double-declining-balance method.

Compute 2020 depreciation expense using the double-declining-method method assuming the machinery was purchased on September 1, 2020.

Innovations in technology have impacted every aspect of health care from the way in which patients seek their providers to how organizations market themselves, and the way claims are submitted to insurance companies for payment. Many of the nonclinical innovations focus on data collection and using the data for meaningful purposes including billing and revenue cycle.

For this discussion, identify a technological innovation such as electronic health record, billing software, or estimator tool and address the following:

• Describe the technological innovation you selected.
• What role does it play in the revenue cycle process?
• Outline the process prior to the innovation.
• What are the implications for reimbursement for organizations not utilizing this innovation? (Examples: delayed reimbursement; improper coding; reduced reimbursements; etc.)

PART A

Your line manager, Ahmed, has sent you the following email late on Wednesday just as you are about to finalise your timesheet and head to a monthly tax-update webinar:

Required: You are required to calculate Lisa’s Net Capital Gain (loss) for the year ending 30 June 2020 based on the above information provided. In doing so, you must present an accurate and complete analysis.

Question 6

A.6 Determine the Net Capital Gain and/or Loss for Lisa. Briefly justify your answer/show all workings.

Hint: it is recommended you use a table format to present your answer.

Question 1

Jack is a restaurant owner in San Francisco downtown. Due to the recent coronavirus pandemic, he can now accept orders only for pickups and delivery services. This change in the format of incoming orders has made him revisit his assumption for daily estimation of order arrival. The reason why he needs to make this estimation, is for him to prepare the raw materials the night before, for the following day orders.

Based on his past experience, his assumption has been to expect around 18.5 orders a day. He also knows that regardless of season or the situation, the incoming orders always follow a normal distribution. However, to re-evaluate his assumption of 18.5 orders a day, he decided to keep a track of the total number of orders per day for about 10 days. Now Jack has come to you to help him evaluate the daily demand since he knows you are a pro in supply chain analytics.

Using the information that Jack has recorded in the table below, please calculate the upper and lower bound for a 90% confidence interval.

A) 90% Confidence interval lower bound

Round your answer to 1 decimal place (ex.: 19.4 for 19.432).

Answer:

B) 90% Confidence interval upper bound

Round your answer to 1 decimal place (ex.: 19.4 for 19.432).

Answer:

Question 2

After you reported the confidence interval bounds, Jack has come back to you for more information. He wants to know if his original assumption of 18.5 orders a day is still the same after the changes in the format of incoming orders.

Using the daily orders that Jack has captured during the 10 days, please run a hypothesis testing to check whether or not his original assumption of an average of 18.5 orders per day is still in line with the actuals that he has recorded.

H 0 : The average number of orders per day is equal to to 18.5  

H 1 : The average number of orders per day is not equal to 18.5

A) What is the test statistic of this hypothesis testing?

Round your answer to 1 decimal place (ex.: 19.4 for 19.432)

Answer:

B) Based on the significance level of 10% (the same as the previous section), can we reject the null hypothesis?

No

Yes