Answer:
c. This contract is void.
Explanation:
Since in the question it is mentioned that one day Anna received a phone call from the health insurance salesman and she purchase a $400 medigap insurance policy so the contract should be void in the eyes of law as it is not valid in terms of law plus nothing is specified for whom she purchased the policy for $400
Therefore the correct option is c.
Answer:
$162,500
Explanation:
Depletion is used to expense the cost of extracting natural resources.
Depletion expense = (unit extracted in 2017 / total units that could be extracted) x (Cost- salvage value)
(1,500,000 / 12,000,000) x ( $1,500,000 - $200,000) = 0.125 × 1,300,000 = $162,500
I hope my answer helps you
<span>Researchers have discovered that "cyber-ostracism" by strangers elicits increased activity in the anterior cingulate cortex. If a stranger experience cyber-ostracism that means that they have been excluded or have excluded someone which could create emotions of bitterness or loneliness, superiority. The anterior cingulate cortex controls human emotions, so it would be responsible for the making the stranger experience any feelings that occurs during cyber-ostracism.</span>
Answer:
arithmetic average growth rate = (4% + 3.37% + 5.12% + 3.1%) / 4 = 3.9%
we need to find the required rate or return (RRR) in the following formula:
stock price = expected dividend / (RRR - growth rate)
- expected dividend = $2.33 x 1.039 = $2.42
- stock price = $55
- growth rate = 0.039
55 = 2.42 / (RRR - 0.039)
RRR - 0.039 = 2.42 / 55 = 0.044
RRR = 0.083 = 8.3%
geometric average growth rate = [(1.04 x 1.0337 x 1.0512 x 1.031)¹/⁴] - 1 = 3.89%
again we need to find the required rate or return (RRR) in the following formula:
stock price = expected dividend / (RRR - growth rate)
- expected dividend = $2.33 x 1.0389 = $2.42
- stock price = $55
- growth rate = 0.0389
55 = 2.42 / (RRR - 0.0389)
RRR - 0.0389 = 2.42 / 55 = 0.044
RRR = 0.0829 = 8.29%
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
