Answer and Explanation:
The computation of the effect on real GDP is shown below:
change in GDP is
= Multiplier × change in investment
= 1 ÷ (1 - MPC) × change in investment
= 1 ÷ (1 - 0.65) × $150 billion
= 2 × $150 billion
= $300 billion
And, the marginal propensity to consume is
= Change in spending of consumer ÷ income change
= (2,100 - 1,200) ÷ (4,000 - 3,000)
= 900 ÷ 1,000
= 0.9
Answer:
(i) Q=300
(ii) Elasticity of Demand=-3.33 (elastic)
(iii) Income Elasticity= 2.5 (normal good)
(iv) Advertising Elasticity: 1.5
Explanation:
The Demand function is given by

(1) To solve (i) we need to replace P = 200, I = 150, and A = 30 in the demand equation:

(2) To find the price elasticity (how much quantity demanded changes with price) we use the point price elasticity formula

From the above equation we get: 
Replacing in the elasticity formula

in absolute terms the elasticity is bigger than one so it is an elastic demand.
(3) For income elasticity (how much quantity demanded changes with income), we proceed similarly as above. But the derivative is respect to income
[/tex]
Which is bigger than one, denoting this is a normal good because it's bigger than one.
(4) Advertising elasticity (how much quantity demanded changes with expenditures in advertising), we proceed as before

Answer:
Roanoke Company
The standard direct materials cost per bar of chocolate is:
= $0.33.
Explanation:
a) Data and Calculations:
A batch of chocolate = 1,827 bars
Standard Costs for a batch:
Ingredient Quantity Price
Cocoa 600 lbs. $0.40 per lb.
Sugar 180 lbs. $0.60 per lb.
Milk 150 gal. $1.70 per gal.
Ingredient Quantity Price Total Cost
Cocoa 600 lbs. $0.40 per lb. $240.00 (600 * $0.40)
Sugar 180 lbs. $0.60 per lb. 108.00 (180 * $0.60)
Milk 150 gal. $1.70 per gal. 255.00 (150 * $1.70)
Total cost of batch of chocolate = $603.00
Cost per bar = $0.33 ($603.00/1,827)
Answer:
It will lead to an increase in consumption of good X only if X is a normal good ( D )
Explanation:
If consumer has rational, monotonic and convex preference the decrease in price of good X will lead to an increase in consumption of good X only if X is a Normal good .
This is because the demand for Normal goods increases with increase in consumers income. therefore <em>a decrease in price will automatically lead to an increase in demand because of the increase in the purchasing power of the consumer's income.</em>
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