Answer:
The answer is $3,214,285.71
Explanation:
Price of each award is $45,000
And there are 5
Therefore, we have 5 x $45,000
=$225,000.
So, $225,000 is the future value.
Rate of return(r) in 7% and it is being assumed that it is forever.
So, so how much will be needed to fund his prizes(present value)?:
PV = FV/r
= $225,000/0.07
=$3,214,285.71
Answer:
a. Break-even point in sales units = 350,000 units
b. Break- even point in sales units to achieve a target profit of $400,000 = 430,000 units
Explanation:
a. Break-even point in sales units = Fixed cost ÷ Contribution margin per unit
= $1,750,000 ÷ $5
= 350,000 units
Working note:- Contribution margin = $15 - $10 = $5
b. Break- even point in sales units to achieve a target profit of $400,000 = fixed cost + Targeted profit ÷ Contribution margin per unit
= $1,750,000 + $400,000 ÷ $5
= $2,150,000 ÷ $5
= 430,000 units
Owners equity is $82365 - $70500 which gives $11365. Therefore when you add $70500 + $11365, this would give $82365.
Answer:
Individual rewards for contributions to the team
Explanation:
A team should share rewards among themselves not to individuals, because effective teams are made of collaborators not competitors. By giving individual rewards for contributions to the team it reduces how effective the team behavior is.
For example, if a particular team is giving certain rights over others, there may begin to exist a competitive spirit amongst the team.
Answer:
$50 billion
Explanation:
To find the change in aggregate expenditures, we need to find the change in consumption. For this, we will use the marginal propensity to consume formula:
MPC = ΔC/ΔY
Where:
MPC = Marginal propensity to consume
ΔC = Change in consumption
ΔY = Change in output (GDP)
We know that out MPC is 0.5, and our ΔY is $billion. We plug these amounts into the formula:
0.5 = ΔC / 100 billion
And we rearrange the equation to solve for ΔC
ΔC = $ 100 billion x 0.5
ΔC = $50 billion
So the change in consumption is $50 billion, which is also the change in aggregate expenditure.