Answer
Economic order quantity will be 447.21
Explanation:
We have given monthly demand = 10000 units
We know that 1 year = 12 month
So Annual demand (D) = monthly demand × 12 months = 10000 × 12 = 120000 units
Cost of transistor = $5 per unit
Monthly Holding cost = 10% of cost = 10% of $5 = $0.50
So annual holding cost (H) = monthly holding cost × 12 = $0.50 × 12 = $6
Setup cost(S) = $5
We know that economic order quantity is given by
Economic order quantity = 
The personality dimensions mentioned in the question all refer to the Five Factor Model; with one of the dimensions missing, which is neuroticism. A person with high levels of (C) conscientiousness would make the best financial decisions, mainly because they are well-organized and prudent about things, which also translates to how they manage their finances.
Prporety it is the long-term
If neuron L is repeatedly stimulated very rapidly, The expected changes in the postsynaptic neuron are: "(Option D). See the attached for the full question.
<h3>What is the postsynaptic neuron?</h3>
Postsynaptic neurons are the neurons that take receipt of the triggers from the synapse. The synapse is responsible for generating and transmitting electrical signals.
Thus, it is right to state that if neuron L is repeatedly stimulated very rapidly, The expected changes in the postsynaptic neuron are:
- Several simultaneous action potentials
- Movement farther away from the threshold.
Learn more about the postsynaptic neuron at:
brainly.com/question/26387085
#SPJ11
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
