Answer:
16.25;
g(f(x)) ;
76 ;
f(g(x))
Explanation:
For 15 off
f(x) = x - 15
For 35% off
g(x) = (1 - 0.35)x = 0.65x
g(x) = 0.65x
A.)
For the $15 off coupon :
f(x) = x - 15
f(x) 40 - 15 = 25
For the 35% coupon :
g(x) = (1-0.35)x
g(x) = 0.65(25)
g(x) = 16.25
B.)
Applying $15 off first, then 35%
Here, g is a function of f(x)
g(f(x))
Here g(x) takes in the result of f(x) ;
For the $140 off coupon :
f(x) = x - 15
f(140) = 140 - 15 = 125
For the 35% coupon :
g(125) = (1-0.35)x
g(124) = 0.65(125) = $81.25
C.)
x = 140
g(x) = 0.65x
g(140) = 0.65(140)
g(140) = 91
f(x) = x - 15
f(91) = 91 - 15
f(91) = 76
D.)
Here, F is a function of g(x)
f(g(x))
f(x) = (0.65*140) - 15
Answer:
c. The medical center will prevail based upon the written contract
Explanation:
Since they later signed a written contract where it is stated in paper and has their signature that the medical center could not assure nor take any responsibilities for the birth of a kid without any medical, mental or physical defects the medical center has the upperhand on the court, as well as they did in Scalisi et al. v. New York University Medical Center that promised a perfect designed baby, the Scalsi decided for invitro fertilization because of the wife´s family medical history and tendency to autism, and they ended up with a baby with autism, so they sue the New York University Medical center, but the court sided with the NYUMC because of the written contract where it stated that they couldn´t assure the baby to be born without any medica, mental or physical defects.
Answer:
It might be because of an increase in efficiency in the workforce or advances in technology. Hope it helps :)
Explanation:
Answer:
the economic order quantity is 845 units
Explanation:
The computation of the economic order quantity is shown below;
As we know that
Economic order quantity is
= √2 × √annual demand × √ordering cost ÷ √carrying cost
= (√2 × √6750 × √$225) ÷ (√4.25)
= √3,037,500 ÷ √4.25
= √7,14,705.88
= 845 units
Hence, the economic order quantity is 845 units
Answer:
$270,000
Explanation:
The first step is to calculate the overhead cost of the material handling parts
Since each wind stock require 3 parts then the overhead cost can be calculated as follows
= 3 × 20,000
= 60,000
The overhead cost of machining hours can be calculated as follows
Since 5 minutes is spent in the machining department then overhead cost is
= 5× 20,000
= 100,000
The overhead cost of packaging number of finished units can be calculated as follows
= 2 × 20,000
= 40,000
Total overhead cost= 100,000 + 60,000 + 40,000
= 200,000
The total cost of direct materials and labor can be calculated as follows
= 3.5 × 20,000
= 70,000
Therefore the total cost of producing 20,000 windstocks is
= Total overhead cost + total cost of direct materials and labor
= 200,000 + 70,000
= $270,000
Hence the total cost of producing 20,000 windstocks is $270,000
