Answer:
The proportion of the investment is 100%.
Explanation:
This can be calculated using the following formula:
Rportfolio = (y * Rrisky) + ((1 - y) * Ttbill) ..................... (1)
Where;
Rportfolio = Overall portfolio expected rate of return = 15%. or 0.15
Rrisky = risky portfolio expected rate of return = 15%, or 0.15
Ttbill = T-bill rate = 10%, or 0.10
Substituting the values into equation (1) and solve for y, we have:
0.15 = (y * 0.15) + ((1 - y) * 0.10)
0.15 = 0.15y + 0.10(1 - y)
0.15 = 0.15y + 0.10 - 0.10y
0.15 - 0.10 = 0.15y - 0.10y
0.05 = 0.05y
y = 0.05 / 0.05
y = 1.00, or 100%
Therefore, the proportion of the investment is 100%.
Answer:
Partners Dennis and Lilly have decided to liquidate their business. The following information is available:
Cash $100,000 Accounts Payable $100,000
Inventory $200,000 Dennis, Capital $120,000
Lilly, Capital $80,000
$300,000 $300,000
Dennis and Lilly share profits and losses in a 3:2 ratio. During the first month of liquidation, half the inventory is sold for $60,000, and $60,000 of the accounts payable is paid. During the second month, the rest of the inventory is sold for $45,000, and the remaining accounts payable are paid. Cash is distributed at the end of each month, and the liquidation is completed at the end of the second month.
1. Using a safe payments schedule, how much cash will be distributed to Dennis at the end of the first month?
a. $36,000
b. $64,000
c. $60,000
d. $24,000
2. Using a safe payments schedule, how much cash will be distributed to Lilly at the end of the first month?
a. $40,000
b. $24,000
c. $64,000
d. $16,000
Answer: 300 feet
Explanation:
Three important factors are involved in bringing a moving vehicle to a stop.
1. Perception distance is the distance a vehicle travels while your brain perceives the need to apply the brakes. An alert driver requires about 0.75 seconds to react. This time accounts for about 60 feet of travel.
2. Reaction distance is the distance traveled before the driver actually presses on the brake pedal. For an alert driver, this also takes about 0.75 seconds. This adds another 60 feet of travel.
3. Braking distance is the distance the vehicle travels before coming to a stop on a dry ground. On a slippery ground (after snow or rain) this distance is longer. On dry ground, the skidding distance is about 170 feet.
This means that an alert driver needs 60+60+170 = 290 feet (approximately 300 feet) to stop.
For this reason, tailgating at high driving speeds is dangerous.
According to the principles of supply and demand, the price of a product increases, the amount supplied will also increase because there is positive relationship between price and quantity supplied.
<h3>Why when price increases supply also increases?</h3>
Economists States that there is a positive relationship between price and quantity supplied—that means a higher price leads to a higher quantity supplied and a lower price leads to a lower quantity supplied.
Principle of supply states that at a higher price, a producer is willing to produce more of a good.
Principle of demand states that at a higher price, a consumer is less willing to purchase a good.
Learn more about the principles of supply and demand here:-
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