Answer:
b. $103,345
Explanation:
Assets = Liabilities + Owner's Equity
Owner's Equity (Year 1) = $908,100 - $267,845
= $640,255
Owner's Equity (Year 2) = $980,279 - $233,892
= $746,387
increase in Owner's Equity = Owner's Equity (Year 2) - Owner's Equity (Year 1)
= $746,387 - $640,255
= $106,132
Net income during Year 2 = Increase in Owner's Equity - Additional investment + Withdrawals
= $106,132 - $28,658 + $25,871
= $103,345
Therefore, the amount of net income during Year 2 is $103.345.
Answer:
Portfolio weight - Stock A = 46.473%
Portfolio weight - Stock B = 53.527%
Explanation:
The weightage of portfolio refers to the amount of investment in each stock in the portfolio expressed as a percentage of total investment in the portfolio. The weightage of portfolio can be calculated by as follows,
Portfolio weightage = Investment in Stock A / Total Investment in Portfolio +
Investment in Stock B / Total Investment in Portfolio + ... +
Investment in Stock N / Total Investment in Portfolio
Total investment in portfolio = 190 * 95 + 165 * 126 = 38840
Investment in Stock A = 190 * 95 = 18050
Investment in Stock B = 165 * 126 = 20790
Portfolio weight - Stock A = 18050 / 38840 = 46.473%
Portfolio weight - Stock B = 20790 / 38840 =53.527%
The own-price elasticity of the soccer cones is -0.67
The computation of the own-price elasticity of the soccer cones is as follows:
We know that
The Elasticity of demand is
= (change in quantity ÷ average quantity) ÷ (change in price ÷ average price)
Here
Change in quantity = 14 - 10 = 4
average quantity = (14 + 10) ÷ 2 = 12
change in price = 3 - 5 = -2
average price = (3 + 5) ÷ 2 = 4
So,
The Elasticity of demand is
= (4 ÷ 12) ÷ (-2 ÷ 4)
= -0.67
Therefore we can conclude that the own-price elasticity of the soccer cones is -0.67
Learn more about the price elasticity of demand here: brainly.com/question/15313354
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$300,000 / 30% = 1,000,000 - 300,000 = $700,000 </span>
That’s a busy day lol. The person slept from 2-9am slept for 7hours. The 3:30-4 slept for 30minutes.