Answer:
Option b (reflects..................settled) is the right response.
Explanation:
- The estimated beneficiary obligation was indeed unwounded by that of the identification of inflation rates through an investment that raises something both PBO reserve as well as the retirement expenditure between each duration.
- The premium on either the expected advantage commitment portion including its pension cost illustrates the amounts beyond which the pension contributions will indeed be reasonably negotiated.
Any other option is not connected to that case. That's the right choice.
Answer:
Contribution margin per unit: $42.9
Total contribution margin: $8,580
Explanation:
The contribution margin per unit is calculated by calculating the total contribution margin, which is basically the total sales, minus the costs of production, in this cae we have that we sold:
60 regular chairs
140 executive charis
Now the total in sales is:
Regular sales: $6,000
Executive chairs: $23,800
The variable cost of each is:
Regular chairs: $3720
Executive chairs: $17,500
We add up the sales and withdraw from it the total variable cost:
29,800-21,220=8,850
The total contribution margin is equal to $8850.
And the contribution margin per unit is given by dividing the total contribution margin by the number of units sold:
8850/200= 42.9
So the contribution margin per unit is 42.9 dollars.
Is this a question or a statement?
I suggest you should get a career rather than a job. It sounds better and should help you focus on that something
Thank you for your time with me, I eagerly await your response (email)
Thank you for your time, would you be available again soon to follow up on these matters? (in person)
Answer:
The large round pizza with a 14 inch diameter
Explanation:
We can see this as a simple geometry problem. Which is the largest area? Two squares of 8 inches side or a 14 inch diameter circle? Let's see. The area of the square is side * side, in this case 8 * 8, so we have 64 squared inches in each of the two pizzas. That makes a total of 128 squared inches (64 + 64) for the two small squared pizzas. Now to calculate the circle, we must do the following formula: 
where r is the radium of the circle. The radium is half of the diameter, in this case 14/2=7. So the formula is 7^2, that is to say 49, multiplied by pi. This gives us approximately 153.93 squared inches, which is bigger than 128. A large round pizza with 14 inches of diameter gives more pizza.
We can also think that most people don't like the crust of the pizza. Two pizzas have more crust than one. So one pizza, besides being bigger, can save you to eat the crust and more cheese and sauce.
