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:
The correct answer to the following question is option D) everyone receives different level of satisfaction from from the same good or services.
Explanation:
Utility can be defined as a measurement of satisfaction levels that a consumer experiences from the consumption of goods and services. From the above given options only D is correct as every one experiences different level of satisfaction from same good or services. Economists measures utility with a unit they refer to as util. All products doesn't produce same level of satisfaction .
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Answer:
Spend $25000 on cyber insurance to transfer the risk
Explanation:
A cyber insurance is the best option since it protects the business from internet based risk such as the breach of customer database and other risks involved in the use of the internet by businesses and individual internet users.
The cost of purchasing a Data Loss Prevention solution that would cost $30000 per year will amount to $150000 in 5 years which will be more expensive compared to the cost of the risk it is been used to prevent. hence it is not a good option. also accepting the risk is a very bad option becasue the risk might harm the business beyond expectation.
Answer:
$5,000
Explanation:
The computation of the depreciation expense under the straight-line method is shown below:
Depreciation expense = (Original cost - residual value) ÷ (useful life)
= ($50,000 - $5,000) ÷ (9 years)
= ($45,000) ÷ (9 years)
= $5,000
In this method, the depreciation is same for all the remaining useful life
The units are ignored in this method as it is used when units of production method applies