Answer:
a. enforce the contract or recover what she invested with Finlay.
Explanation:
From the question we are informed about Frank which Through fraudulent means, he induces Ethel to sign a contract to invest with him the profits from her business. In this case When Ethel learns the truth, she may enforce the contract or recover what she invested with Frank. Contract can be regarded as an agreement that exist between two parties which could be private parties to create obligation which is mutual and is enforceable under law, element needed for a contract to be valid is that there must be valid offer as well as acceptance.
Answer:
The correct answer is letter "C": high on self-monitoring.
Explanation:
American psychologist Mark Snyder proposed the self-monitoring scale to explain how much people measure their behavior and affective demonstrations in front of others. Self-monitoring is the ability individuals have to evaluate their behavior to provide a good impression to others.
Thus, Sophie would score high in a self-monitoring test.
Answer:
X1 EPS = $ 3.44 per share
X2 EPS = $ 3.88 per share
Explanation:

X1: Earning per share
$1,070,000 / 311,000 shares outstanding = $3.44 per share
X2: net income calcualtions
1,070,000 x ( 1 + 24%) = 1,326,800
X2 shares outstanding:
beginning 311,000 + issued 31,000 = 342,000
EPS: 1,326,800 / 342,000 = 3,8795 = 3.88
Answer:
$39,220
Explanation:
The maturity value of the note receivable on June 30, 2012
= Principal + Interest
= $40,000 + $40,000 x 6%
= $40,000 + $2,400
= $ 42,400
The note is discounted on September 30, 2011. Time period remaining to go till maturity as on September 30, 2011
= 12 - 3 months ( July, Aug and Sep)
= 9 months.
Amount of deduction
= $ 42,400 x 10% x 9/12
= $ 3,180
Finally, the Cash received by Ireland will be
= Maturity value - Discount
= $42,400 - $ 3,180
= $39,220
Answer:
insurance company will pay $75 to Alfred.
Explanation:
given data
Actual cost of camera = $200
Alfred cost of camera = $150
Life expectancy = 6 years
solution
we get here first Remain life of camera that is
Remain life of camera = 6 years - 3 years
Remain life of camera = 3 years
and
now we get here current cost of the camera that is
current cost of camera = Alfred cost of camera × (Remain life of camera ÷ Life expectancy) ........................1
put here value and we get
Current cost of camera = $150 × 
Current cost of camera = $75
so that insurance company will pay $75 to Alfred.