An investment banker agrees to underwrite an issue of 10 million shares of stock for TWResearch, Inc. on a firm commitment basis. The investment banker pays $10.50 per share to TWResearch, Inc. for the 10 million shares of stock. It then sells those shares to the public for $11.20 per share.
Answer:
In a firm commitment offering, the investment banker bears the financial risk and buys the securities from TWResearch to sell to the public at its own terms.
In a best efforts offering, TWResearch, Inc. bears the financial risk and only makes its best efforts to sell the securities without buying them from TWResearch.
Explanation:
With a firm commitment offering, the investment banker enters into an agreement to purchase all the securities from TWResearch at an agreed price, and then, commits itself to selling the securities to the public at its own chosen price. As it pockets the ensuing gain or loss, the investment banker bears all the financial risk. With a best efforts offering, the investment banker does not assume inventory risk, but makes its best efforts in selling the securities. TWResearch bears the residual financial risk since the underwriter forwards to TWResearch all the proceeds from the issue, after deducting its commission.
Answer:
option (A) 150
Explanation:
Data provided in the question:
Number of rooms in the hotel = 1500
Number of checkouts = 300
Number of stayovers = 900
Number of transient arrivals = 250
Group block that begins a three stay on that day = 200
Now,
Rooms available for next Friday
= Total number of rooms - ( stayovers + transient arrivals + group block)
= 1500 - ( 900 + 250 + 200)
= 150
Hence,
the correct answer is option (A) 150
false
that is seditious conspiracy charges with 20 years of lawful jailing. because my friend called Pete Williams said.
Answer:
ltem of important must be shown separately
what is that GAAP
Answer:
The fixed cost, variable cost per unit and the total cost is $3,800, $4 per unit ,and $6,000 respectively
Explanation:
1. The computation of the variable cost per unit is shown below:
= (High total cost - low total cost) ÷ (High number of cavities - low number of cavities)
= ($6,500 - $5,200) ÷ (675 - 350)
= $1,300 ÷ 325
= $4
2. The computation of the fixed cost is shown below:
Fixed cost = total cost - Variable cost
= $6,500 - (675 × $4)
= $6,500 - $2,700
= $3,800
3. And, the total cost for 550 cavities would be equal to
= Fixed cost + variable cost
= $3,800 + (550 cavities × $4)
= $3,800 + $2,200)
= $6,000
