Answer:
Ranking 10% interest rate:
1) 5 years
2) 10 years
3) 1 year
Raking 2% interest rate:
1) 10 years
2) 5 years
3) 1 year
Raking 18% interest rate:
1) 1 year
2) 5 years
3) 10 years
Explanation:
You have to apply to bring the amount of money to present value, according with the information, the formula is the next:
Present Value = Future Value/((1+ interest rate)^(n))
Where n is the number of years that you have to wait to receive the money.
You have to calculate every situation with the respective amount of time and interest rate, the result must be money. and when you get the 9 results, you have to compare every situation and chose the higher amount of money according to the interest rate, for example:
Present value = 140/ ((1+10%)^(1))= 127
= 140/ ((1+10%)^(5))= 149
= 140/ ((1+10%)^(5))= 135
So the answer for the first scenario with an interest rate of 10% is:
Ranking 10% interest rate:
1) 5 years
2) 10 years
3) 1 year
Answer:
Option "D" is the correct answer for the following.
Increase the flow rate.
Explanation:
The quantity the ventilator provides differs with adjustments in airway pressure, lung performance and ventilation system integrity.
- Volume-cycled ventilators: Air passes to the patient until a fixed volume is supplied to the ventilator system, even if the airway pressure is very high.
- Inspiratory: Expiratory ratio applies to the inspiratory period scale: time of expiry. ... This offers a 1:2 I: E ratio, which reads "one to two."
- In asymmetric, this ratio is typically changed due to the increased expiration time. They could have a ratio of 1:3 or 1:4 to I: E.
Answer:please refer to the explanation section
Explanation:
The question is incomplete, The amount that each firm must produce is not given or the Quantity/demand equation that each firm faces is not given. We use a firm's quantity/demand equation to calculate how much each firm should produce and then work out the number of firms that should exist in the industry.
let us assume quantity produced by each firm is given by this equation;
Q = 1900 + 15000Price
We need to plug the Price of $2.54 per unit Vitamin Bottle to the quantity equation. Q = 1900 + 15000(2.54) = 40 000
each firm must produce 40 000 units
Number of firms that should exist = Total Market Quantity/Firms Quantity Number of firms that should exist = 1055 560 000/40 000
Number of firms that should exist = 26389
When the price is $2.54, with each firm Producing 40000 units, 26389 firms should exist in the market to cover the total Market Quantity of 1055 560 000.
The question may provide you with the Quantity that each firm must produce, in that case you simple divide total market quantity by the firm's quantity to find number of firm that should exist.
When you are given quantity equations you use the price to work out quantity produced by each firm and then Divide the Market Quantity by Firm's quantity to find number of firms that should exist
Risk or financial loss ...
