<span>In mutual v. ohio, the supreme court ruled that motion pictures were a spectacle for entertainment, not a form of speech. In this situation, they were trying to determine how to classify a motion picture. In the end, it was ruled that a motion picture better known as a movie, is a way for people to get entertainment from the product/service provided not considered a speech. </span>
An efficiency ratio known as the capital intensity ratio provides valuable insight into a company's financial situation.
Capital Intensity Ratio = Total Assets/Total Revenue
Return on assets = Net income/Total Assets
Total Assets = Net income/Return on Assets= $389,100/0.086
Total Revenue = Net income/Net Profit Margin = $389,100/0.028
Capital intensity ratio = ($389,100 /0.086) / ($389,100 / 0.028) =0.33
This ratio reveals how much capital or other resources a company has to have in order to make single dollar in sales. This ratio is the inverse of the asset turnover ratio, making it simple to calculate the capital intensity ratio if you already know the asset turnover ratio. For all capital-intensive firms, we require a good or higher capital intensity ratio. A company that invests a significant amount of capital in its manufacturing process is said to be capital-intensive. E.g., Power generating facilities. A company that has made significant investments in assets to generate income has a high capital intensity ratio (CIR). A company with a low CIR is able to produce larger revenues while owning fewer assets. As a result, businesses can use this ratio to modify their capital budgeting and planning.
Learn more about Capital Intensity Ratio here
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Answer:
Price to pay now for the stock = $96.278
Explanation:
<em>The price of the stock would be the present value(PV) of the future cash flow expected from it discounted at the required rate of 13%</em>
<em>Hence we would add the present value of he dividend and the resent of he price at the end of the period</em>
PV = CF × (1+r)^(-n)
<em>CF- Cash Flow</em>
<em>R- rate of return- 13%</em>
<em>n- number of years</em>
PV of dividend = 2.60 × (1.13)^(-1) = 2.30
PV of stock price after a year = 120× (1.13)^(-1) = 93.97
Price to pay now for the stock = 2.30 + 93.97 = $96.278
Price to pay now for the stock = $96.278
Answer:
Explanation:
U(C, L) = (C – 100) × (L – 40)
(a) C = (w - t)[110 - L] + 320
C = 10[110 - L] + 320
C + 10L = 1420
where,
C- consumption
w - wages
t - taxes
L - Leisure
(b) Given that,
L = 100 then,
C = 420



= 5.33
(c) L = 110
C = 320
Reservation wage:


= 3.14
(d) At optimal level,

C - 100 = 10L - 400
C - 10L = -300
C = 10L - 300
Using budget constraint:
C + 10L = 1420
10L - 300 + 10L = 1420
20L = 1720
L* = 86 and C* = 560