PW = FW×(1+i)^-n
PW = $19340×1.15^-1 + $2280×1.15^-2 + $26600×1.15^-3 + $24240×1.15^-4 + $8770×1.15^-5 = $54250.90
hence PW = $54250.90
She is very dependent , and Spoiled & it will be hard for her whenever she starts being indepwndent
Answer:
amount invest in B is 2000
Explanation:
given data
invested in Fund A = 5000
return profit A = 3%
return profit B = 10%
both together returned profit = 5%
solution
we consider here amount invest in B = x
so profit from fund B is
profit from fund B = 10% × x = 0.1 x
and
profit from fund A = 5000 × 3% = 150
so total profit = 0.1x + 150
and total profit = 5%
so we can say
5% = 
solve it we get
x = 2000
so amount invest in B is 2000
I personally don't like them AT all
Answer:
d) $2,000,000 $990,000
Explanation:
The computation is shown below:
Unit variable cost pool is
= Budgeted cost ÷ Budgeted machine hours
= $1,600,000 ÷ 360,000
=$ 4.444 per machine hour
And,
Batch-level cost pool = Budgeted cost ÷ Budgeted number of setups
= $900,000 ÷ 3000
= $ 300 per setup
Now
Unit variable cost pool is
= Actual machine hours × Activity rate
= 450000 × 4.44
= $2,000,000
And, Batch-level cost pool is
= Actual number of setups × Activity rate
= 3300 × 300
=$990,000
