45.7mL/s = 45.7(3600)mL/(3600)s
= 164520mL/3600s
= 164520mL/hr
= 0.16452kL/hr
Answer:
c)$568; $378; $54
Explanation:
($1,120 - $1,000)/$1,000 = 12%
(0.6)14% + (0.4)10% = 12.4%
12% = w5% + 12.4%(1 - w)
w = .054
1-w = .946
w = 0.054($1,000)
= $54 (T-bills)
1 - w = 1 - 0.054 = 0.946
0.946($1,000) = $946
$946 x 0.6 = $568 in X
$946 x 0.4 = $378 in Y.
Answer:
Option (D) is correct.
Explanation:
1.We use the formula:
where
A=future value
P=present value
r=rate of interest
n=time period.
![A=1,060[(1.12)^{2}+(1.12)^{1} + 1]](https://tex.z-dn.net/?f=A%3D1%2C060%5B%281.12%29%5E%7B2%7D%2B%281.12%29%5E%7B1%7D%20%2B%201%5D)
= 1,060 [1.2544 + 1.12 + 1]
= 1,060 × 3.3744
= $3,576.864
Therefore, the amount of $3,576.864 will Ashley have to buy a new LCD TV at the end of three years.
(b) Future value of annuity due = Future value of annuity × (1 + interest rate)
= $3,576.86(1 + 0.12)
= $3,576.86 × 1.12
= $4,006.08
She will save around $4,006.08
Answer:
32
Explanation:
First bounce = 13 / 14 × 10 = 130 /14
using geometric progression where the common ratio = 13/14, the first bound = 130/14
ar^n-1 < 1
substitute the values into the equation
130 /14 × 13/14^(n-1) < 1
(13/14)^n-1 < 1÷ (130/14)
(13/14)^n-1 < 14 / 130
take log of both side
log (13 /14)^n-1 < log ( 14/130)
n-1 log (13 /14) < log ( 14/130)
since log (13/14) negative
n-1 > (log( 14/130)) ÷ ( log (13/14)
n - 1 > 30.07
n > 30.07 + 1 > 31.07
The 32 bounce will the first less than 1 foot
Answer:
515,000
Explanation:
The Master-budget capacity utilization is the expected level of capacity which a current budget needs. The term utilization means the amount of capacity needed to meet customer demand.
In the future, Henry Inc estmates that customer demand is unlikely affected and will be around 515,000 pairs for their current budget. Therefore the master-budget capacity utilization level for this budget period is 515,000 pairs.
