Language that outlines acceptable and unacceptable use of it resources and defines sanctions to be applied if a violation occurs is typically found in an employee code of conduct. Typically, when a person gets hired on at a new job, the new job will give them an employee code of conduct book that states what is and isn't allowed. The code will state what an employee does that will be deemed acceptable and what they can do to make sure they stay in the outlined rules.
100 percent true.
there is the answer
Answer:
0.60
Explanation:
The midpoint formula is used to calculate elasticity by using average percentage in both price and quantity.
The formula is given below:
Percentage change in quantity =<u> (Q2 -Q1) </u> x 100
(Q2 + Q1) / 2
Percentage change in price = <u> (P2 -P1) </u> x 100
(P2 + P1) / 2
Elasticity =<u> Percentage change in price__</u>
Percentage change in quantity
Inserting the data:
Percentage change in quantity =<u> (30 -20) </u> x 100 = <u>10</u> x 100 = 40%
(30 + 20) /2 25
Percentage change in price = <u>($20 - $10)</u> x 100 = <u>10</u> x 100 = 66.6%
($20 + $10) /2 15
Elasticity of supply = <u>40%</u>
66.6%
= 0.60
Answer:
0.4868%
$615.47
Explanation:
Given that
a. EAR = 6%
Thus,
Equivalent monthly rate = (1 + r)^n - 1
Where r = EAR
Therefore
= (1 + 0.06)^1/12 - 1
= 1.0048675 - 1
= 0.0048675 × 100
= 0.4868%
b. Given that
Monthly rate = 0.4868%
Future value = 100,000
Time = 10 years
Recall that
FV annuity formula = C × (1/r) × ([1 + r ]^n - 1)
Where
C = payment
Therefore
100000 = C (1/0.004868) × ([1 + 0.004868]^120 - 1)
C = 100,000/(1/0.004868) × ([1 + 0.004868]^120 - 1)
C = $615.47 per month
Answer:
The options are given below:
A. $10.
B. $4.
C. $6.
D. $11.
The correct options is D.
Explanation:
Landed cost refers to the total price of a product or shipment once it has arrived at a buyer's doorstep. It includes the original price of the product, the transportation fees (both inland and ocean), customs, duties, taxes, tariffs, insurance, currency conversion, crating, handling and payment fees.
Therefore, in calculating the landed cost of the question above, we sum all the costs incurred thus:
Purchase price = $4
Transportation cost = $6
Packing and loading cost = $1
Landing cost = $4 + $6 + $1 = $11.
