Answer:
so correct option is A) increase; decrease
Explanation:
solution
- Macroeconomic policies or rules primarily target the overall financial risk management of the company. It seeks to control risk through various steps and actions.
- Increasing capital requirements during expansion is great in performance expansion and performance is not good because capital requirements are not reduced during the period.
so correct option is A) increase; decrease
<span><span>Spatial arrangement of people is called population distribution.
</span>Population distribution</span><span> is the
spread of people across the world, i.e. where do people live. </span>Population<span> density is
the number of people living in a particular area – usually 1 square mile or 1
square kilometre – and can be written as total </span>population<span>/land area.</span>
The Constitution<span> has three main functions. First it creates a national government consisting of a legislative, an executive, and a judicial branch, with a system of checks and balances among the three branches. Second, it divides power between the federal government and the </span>states<span>.</span>
Answer:
Break even point in units = 40000 units
Explanation:
The break even point in units is the number of units where the total revenue equals total cost. It is a point of no profit and no loss. The break even point in units is calculated as follows,
Break even in units = Fixed cost / Contribution margin per unit
Where, contribution margin per unit = Selling price per unit - Variable cost per unit
Contribution margin per unit = [1140000 - (570000 + 57000)] / 57000
Contribution margin per unit = $9
Break even point in units = 360000 / 9
Break even point in units = 40000 units
Answer:
$842
Explanation:
The computation of the One year from now bond C should sell is shown below;
But before that we have to determined the expected yield to maturity for bond C in one year :
So,
1.0799^3 = 1.06 x (1 + r)^2
1.188 = (1 + r)^2
√1.188 = √(1 + r)^2
1.08999 = 1 + r
r = 0.08999
= 9%
Now
the yield to maturity = (future value ÷ present value)^0.5 - 1
0.09 + 1 = ($1,000 ÷ value in 1 year)^0.5
1.09 = ($1,000 ÷ value in 1 year)^0.5
1.09^2 = $1,000 ÷ value in 1 year
So,
value in 1 year is
= $1,000 ÷ 1.09^2
= $1,000 ÷ 1.1881
= $841.68
≈ $842
