Answer:
31 per share
Explanation:
The computation of value per share is shown below:-
Share exchange ratio = MPS of Nelson ÷ MPS of George
= $38 ÷ $31
= 1.2258
MPS a + b = MVa + MVb ÷ Number of shares a + Number of shares b × SER
= (1600 × $38) + (4,600 × $31) ÷ 4,600 + (1,600 × 1.2258)
= $60,800 + $142,600 ÷ 4600 + 1,961
= $203,400 ÷ 6,561
= 31 per share
Therefore for computing the value per share we simply applied the above formula.
Answer:
<u>February.</u>
Desired ending inventory = 10% of March Cost of goods(COGS):
= 10% * 35,000
= $3,500
Inventory needed = COGS + ending inventory
= 32,000 + 3,500
= $35,500
Beginning inventory = January ending inventory = $3,200
Required Purchases = Inventory needed - Beginning inventory
= 35,500 - 3,200
= $32,300
<u>March</u>
Desired ending inventory = 10% of April COGS:
= 10% * 40,000
= $4,000
Inventory needed:
= 35,000 + 4,000
= $39,000
Beginning inventory = February ending inventory = $3,500
Required purchases:
= 39,000 - 3,500
= $35,500
Answer:
Buy
Explanation:
First, we need to find out what is the cost incurred by the company in building the power station and after that, we will compare that cost with the selling price of the power from Tri-county G&T. the lower-priced option will be considered as best option.
Cost incurred by the company in building the power station = $10,000,000 + (150,000 x $35)
Cost incurred by the company in building the power station = $10,000,000 + $5,250,000
Cost incurred by the company in building the power station = $15,250,000
Selling price of the power from Tri-county G&T = 150,000 x $75
Selling price of the power from Tri-county G&T = 11,250,000
Decision: It would be a wise option for the company to buy it. From buying the power the company will save $4m.
Based on Machine technology fundamentals, the programs that carry out repetitive tasks and can be programmed to make decisions based on specified conditions are "<u>Intelligent agents</u>."
This is because Intelligent Agents is designed to carry out certain functions according to its environment, user input, and experiences.
<u>Intelligent agents</u> is designed with the capability to carry out or gather information on their own.
It can also be programmed to work at a specific time or when the user asks in real-time.
There are various types of Intelligent Agents. Some of these intelligent agents include the following:
- Simple Reflex Agents;
- Model-Based Reflex Agents;
- Goal-Based Agents;
- Utility-Based Agents;
- Learning Agent;
Hence, in this case, it is concluded that the correct answer is Intelligent Agents.
Learn more here: brainly.com/question/24180103
