Answer:
The physician would be doing Malpractice.
Answer:
a) 120 skiers per day
b) 6.25% increase in revenue
Explanation:
a) If the average skier stays 10 days, the average turnover is 1/10 of the skiers per day, or 1200/10 = 120 skiers per day.
__
b) For a stay of n days, the average skier spends ...
50 +(n-1)30 = 20 +30n
and the average spending per day is ...
(20 +30n)/n = (20/n) +30
So, for a 10-day stay, the average skier spends in restaurants ...
20/10 +30 = 32 . . . . per day
And for a 5-day stay, the average skier will spend ...
20/5 +30 = 34 . . . . per day
The change in restaurant revenue is expected to be ...
(34 -32)/32 × 100% = 2/32 × 100% = 6.25%
Restaurant revenues will be 6.25% higher compared to last year.
Answer:
The answer is A. non-operating expense
Explanation:
As he operates a retail shop, such advertising is vital to attract customers to the shops and to make potential sales. We can't treat this expenses as administration or production expenses.
We consider this as non operational because advertising is not an operational part of the operations of a retail business. Moreover, we can't consider it as selling expenses because they are mostly incurred during the sales process.
Answer:
A. 4; 3.83 units per hour
B. Increases by 4.44%.
Explanation:
Given that,
Current period:
Output = 160 units
Input = 40 hours
Previous period:
Output = 138 units
Input = 36 hours
A. Current period productivity:
= Current period output ÷ Current period input
= 160 units ÷ 40 hours
= 4 units per hour
Previous period productivity:
= Previous period output ÷ Previous period input
= 138 units ÷ 36 hours
= 3.83 units per hour
B. Percentage change in worker's productivity:
= [(change in productivity) ÷ Previous period productivity] × 100
= [(4 - 3.83) ÷ 3.83] × 100
= (0.17 ÷ 3.83) × 100
= 0.0444 × 100
= 4.44%
Therefore, the worker's productivity increases by 4.44%.
The percentage of increase or decrease in net sales revenue a decrease is 15.45%
Sales in 2024 = $110000
Sales in 2025 = $93000
Decrease in sales between two periods = ($110000 - $93000) = $17000
Percentage of decrease in sales = [($17000 / $110000 Base year) X 100]
=> 15.45% decrease in net sales revenue from 2024 to 2025
Net sales are gross sales generated by the business, excluding returns, rebates, and rebates. This number is used by analysts when making business decisions or analyzing a company's revenue growth.
Total sales are not adjusted for returns, rebates, and rebates. The earnings reported on the top line of a company's income statement are net earnings. Net sales are also known as net sales, net sales, or sales.
Revenue is the total amount of revenue from sales for a specific period. Quarters. Sales may be reported as net sales as they may include discounts and deductions from returned or damaged merchandise.
Learn more about net sales revenue here:
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