Answer: Heyaa! :)
→ income not spent, or deferred consumption. Methods of saving include putting money aside in
- <em>Checking Account</em>
Offers easy access to your money for your daily needs ←
<em>The main difference between checking and savings accounts is that </em>checking accounts actually used on the daily <em>while</em> savings accounts are primarily for saving money.
Hopefully this helps <em>you !</em>
- Matthew ~~
Answer:
Sample size = 384.16 ≈ 385
If we increase the order size to 25,000, there will be no change in the sample size as sample size is independent of the number of orders
Explanation:
Data provided in the question:
Number of sales order received per day = 2500
Confidence level = 95%
Certainty factor for 95% certainty = 1.96
Now,
Sample size = 
on substituting the respective values, we get
Sample size = 
or
Sample size = 384.16 ≈ 385
If we increase the order size to 25,000, there will be no change in the sample size as sample size is independent of the number of orders
Answer:
It is the sum of the fixed costs and variable costs.
Hope this helps!
Answer: $47 million
Explanation:
Pension expense arises as a result of the amounts owed to employees in relation to pension liabilities.
It is calculated by;
= Service Cost + Interest expense - Expected return on plan assets + Amortization of prior service cost + Amortization of net loss
= 48 + ( 440 * 5%) - 23
= $47 million
Answer:
4.20 and normal good
Explanation:
The computation of the income elasticity of demand is shown below:
= (change in quantity demanded ÷ average of quantity demanded) ÷ (percentage change in income ÷ average of quantity income)
where,
Change in income would be
= Q2 - Q1
= 109,500 - 102,300
= 7,200
And, average of income would be
= (109,500 + 102,300) ÷ 2
= 105,900
Change in quantity demanded would be
= 4 - 3
= 1
And, average of quantity demanded would be
= ($4 + 3) ÷ 2
= 3.5
So, after solving this, the income elasticity of demand is 4.20
Since the elasticity comes in positive which means the good is a normal goods
