Answer:
Explanation:
Date Particulars Amount (Dr) Amount (Cr)
6/30/17 Stock dividends
(60,000 × 20% × 15) 180000
Common stock dividend
distributable 120000
Paid-in Capital in Excess of Par
common stock 60000
7/15/17 No entry
7/31/17 Common stock dividend distributable 120000
Common stock 120000
12/1/17 No entry
12/15/17 No entry
Particulars
1. Common stock = (72000 × 2 × 5) $720,000
2. Number of shares outstanding (60000+12000)×2 144000
3. Par value per share (10/2) $5
4. Paid-in capital in excess of par (150000+60000) $210000
5. Retained earnings (150000+190000-180000) $160000
6. Total stockholders' equity $1090000
Answer:
A As time goes on and your bank account grows, you earn more interest.
Explanation:
A compound interest-earning account adds the interest it has earned in a particular period to the principal amount. This results in the principal amount increasing by the amount of interest earned in the period. Therefore, for compound interest, the principal amount is bigger at the beginning of every year.
In practice, interest is calculated based on the principal amount. If the principal amount is higher every period, the interest earned will also go up every year.
A technical writer is a professional information communicator whose task is to transfer information between two or more parties.
Answer:
the question is incomplete:
It happens that the set of consumption bundles (xA,xB) such that Charlie is indifferent between (xA,xB) and (20,5) is the set of all bundles such that xB = 100/xA. The set of bundles (xA,xB) such that Charlie is just indifferent between (xA,xB) and the bundle (10,15) is the set of bundles such that xB = 150/xA.
I also found the attached graph.
The requirements are:
- Is (30,5) ≈ (10,15) true or false?
- Is (10,15) > (20,5) true or false?
- Is (20,5) ≥ (10,10) true or false?
- Is (24,4) ≥ (11,9.1) true or false?
- Is (11,14) > (2,49) true or false?
- A set is convex if for any two points in the set, the line segment between them is also in the set. Is the set of bundles that Charlie weakly prefers to (20,5) a convex set?
- Is the set of bundles that Charlie considers inferior to (20,5) a convex set?
- The slope of Charlie’s indifference curve through a point, (xA,xB), is known as his ______________ ___ of ___________ at that point.
- Find Charlie’s marginal rate of substitution at the point (10,10).
- Find Charlie’s marginal rate of substitution at the point (5,20).
- Find Charlie’s marginal rate of substitution at the point (20,5).
- Do the indifference curves you have drawn for Charlie exhibit diminishing marginal rates of substitution?
Answers:
- true, they are on the same red line
- true, (10,15) is on the red line while (20,5) is on the blue line
- true, they are equivalent since both are on the blue line
- false, (11,9.1) is on the blue line and (24,4) is on the red line
- true, (11,14) is on the red line while (2,29) is on the blue portion
- yes, it is a convex set
- no, they are not a convex set
- The slope of Charlie’s indifference curve through a point, (xA,xB), is known as his <u>RATE</u> of <u>SUBSTITUTIO</u>N at that point.
- marginal rate of substitution at (10,10) = -10/10 = -1
- marginal rate of substitution at (5,20) = -20/5 = -4
- marginal rate of substitution at (20,5) = -5/20 = -1/4 = -0.25
- yes, this curves shows diminishing marginal rates of substitutions, e.g. goes from -4 to -1 to -0.25
The correct answer to this open question is the following.
You did not include any reference to know what you are talking about. You did not attach a text, chapter, or link to know about the story you are referring to. Even some context would have helped.
Without that information, we do not know what you are talking about. What is the scene? It could be about anything.
However, trying to help, we did some deep research and it seems you are referring to the scene of two military leaders. One is a Lt. Commander, and the other is a Captain. If this is the case, then we can comment on the following.
Based on the scene, my insights about influence tactics is that there are different leadership styles that should be used according to the moment, the people, and the urgency of the situation. Not all are valid per se. Some work best than others if the leader knows what, when, and how to apply its leadership style.
Officer Hunter was used to discerning information and ask questions before following an order. On the other hand, officer Ramsey simply followed orders and never asked why. Both tried to accomplish the same but using different approaches.