Answer:
d $630
Explanation:
Value added approach is a strategy for pricing a product which consider all the costs incurred and and all other factors which can effect the price of the product like how customer sees this product and how much he/she is willing to pay for this product etc.
Price of Designer dress = All cost incurred + Value added to the product
Price of Designer dress = ( 400 + 30 ) + 200 = $630
The answer is when global demand for exclusive and private-label footwear is so far under global plant volume that it will be intolerable for most all companies to cost-effectively operate their plants at full volume for many years to come. If the prediction shows that global demand is far under global volume, then it isn't conceivable for everyone to sell everything. In this circumstance the most liquid and solvent company will appear ahead, maybe a company could hold onto volume and ferociously hold onto market share.
where are the statements?
C = 50 + 0.8Y is the consumption function that is consistent with the provided data. The MPC is determined by subtracting the change in consumption from the change in disposable income, which equals 160/200, or 0.8.
Marginal propensity calculation.
$200 billion less $0 billion equals $200 billion in changes to disposable income.
Consumption change equals $210 minus $50, or $160 billion.
MPC = Change in Consumption/Change in Disposable Income, which equals $160 billion/$200 billion and is equal to 0.8.
There is a 0.8 marginal tendency to consume.
Step 2
This is how consumption function is defined.
C = a + bY
Where,
a = Consumption at zero income level
b = MPC
In given case,
$50 billion would be consumed at a level of income zero.
MPC is 0.8
So,
C = 50 + 0.8Y is the consumption function that matches the provided data.
To learn more about consumption function
brainly.com/question/14975005
#SPJ4
This is the complete sentence: the polar transport of auxin establishes the orientation of growth, the lateral redistribution of auxin causes a growth response to an enviromental stimulus that is called morphogenesis.<span />
