Answer: The price elasticity of demand for good A is 0.67, and an increase in price will result in a increase in total revenue for good A
Explanation:
The following can be deduced form the question:
P1 = $50
P2 = $70
Q1 = 500 units
Q2 = 400 units
Percentage change in quantity = [Q2 - Q1 / (Q2 + Q1) ÷ 2 ] × 100
Percentage change in price = [P2 - P1 / (P2 + P1) ÷ 2 ] × 100
% change in quantity = (400 - 500)/(400 + 500)/2 × 100
= -100/450 × 100
= -22.22%
% change on price = (70 - 50)/(70 + 50)/2 × 100
= 20/60 × 100
= 33
Price elasticity of demand = % change in quantity / % change on price
= -22.22 / 33
= -0.67
This means that a 1% change in price will lead to a 0.67% change in quantity demanded. As there was a price change, there'll be a little change in quantity demanded because demand is inelastic. Thereby, he increase in price will lead to an increase in the total revenue.
Therefore, the price elasticity of demand for good A is 0.67, and an increase in price will result in an increase in total revenue for good A
Answer:
The variance is: $ 0.50 per direct labor hour.
Explanation:
Actual payroll = $117,000/6000h = $19.50 per hour
So, if we compare this value with the standard rate of pay ($20 per direct labor hour) The variance is: $20.00 - $ 19.50 = $0.50 per hour
Explanation:
It is given that in the market there are four equal-sized firms that produce similar products. The market is saturated such that 10% industry-wide price rise would lead to 18% decline in units sold by all firms in the industry. Going further, there is a proposed legislation that imposes a tariff on a key input used by the industry, which on realization would result in the increase in marginal cost by $2.
This means that the market elasticity of demand is:
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