True, rationing is the selling of scarce goods or services in events such as war. Items are distributed in fairness to each citizen and they have to take a ration book to say what they have or haven't had and how much of it they have had.
Answer:
Errors, fraud, and noncompliance with laws with a direct effect on financial statement amounts.
<h3>
How does the auditor obtain reasonable assurance?</h3>
- In order to obtain reasonable assurance, the auditor shall obtain sufficient appropriate audit evidence to be able to draw reasonable conclusions on which to base the audit opinion.
- Reasonable assurance is obtained when the auditor has thereby reduced audit risk to an acceptably low level.
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Answer: Alex tells a story about his brother that causes his friends and family in the audience to laugh.
Explanation:
The statement that describes a strategy that Alex could use to deliver a lighter speech will be for Alex to tell a story about his brother that causes his friends and family in the audience to laugh.
It's but proper for Alex to tell an embarrassing joke about his brother. Also, preparing a long statement to be delivered when it's time to toast can make the event boring.
Therefore, the correct option is A.
Answer:
It means movies are relatively cheaper than working hours
Explanation:
In order to estimate the relativity of the two activities, there is a need to compare the changes over ten years
1. 10 years ago, Movie ticket= $5, 10 Years later Movie ticket= $8, the 10 year difference is $3
2. 10 years ago, average hourly wage = $10, 10 years later, average hourly wage = $20, the 10 year difference is $10
First, it means for the $3 change in movie ticket cost, there was a $10 change in the average hourly wage.
Put differently, while movie ticket got a 60% increase in price 3/5 x 100=60%
Average hourly wage got 100% increase 10/10 x 100= 100%
It means that working hours got more expensive and movie tickets got cheaper
Answer:
Explanation:
S/N Age range Adult Population Population Internet Users
A 18 - 29 478 454
B 30 - 49 833 741
C 50 and above 1644 1058
Total 2955 2253
a) Let E = Estimate proportion and A = Internet users
Hence, n(E) = 478 and n(A) = 454
∴ Probability of Internet users (18 - 29), P(A) = n(A)/n(E) = 454/478 = 0.9498 (94.98%)
b) n(E) = 833 and n(B) = 741
∴ Probability of Internet users (30 - 49), P(B) = n(A)/n(E) = 741/833 = 0.8896 (88.96%)
c) n(E) = 1644 and n(C) = 1058
∴ Probability of Internet users (50 and above), P(C) = n(C)/n(E) = 1058/1644 = 0.6436 (64.36%)
d) Let Et = Total estimate proportion
Hence, n(Et) = 2955 and n(A) = 454
∴ Probability of 18 - 29 age range using Internet overall Pt(A) = n(A)/n(Et) = 454/2955 = 0.1536 (15.36%)
