incomes of the people
the number of customers in the market
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<em><u>The equation shows the relationship between her weekly salary (w), hours per week (h), and rate per hour (r) is:</u></em>

<em><u>Solution:</u></em>
Given that,
Alice earned $12 per hour
1 hour = $ 12
<em><u>Find the number of hours in 1 week</u></em>
1 day = 24 hours
1 week = 7 days
Therefore,
1 week = 7 x 24 = 168 hours
Let "h" be the hours per week
let "r" be the rate per hour
Let "w" be the rate per hour
From given,
r = $ 12
h = 168 hours
weekly salary = hours per week x rate per hour


Thus, she earns $ 2016 for 1 week
Answer:
$125,000
Explanation:
Opening values of;
Total assets = $120,000
Total liabilities = $40,000
Total equity = $120,000 - $40,000 = $80,000
During the year,
Total revenues = $140,000
Total expenses = $50,000
Withdrawal by owner = $45,000
The amount withdrawn by the owner reduces the owners equity. This may be deducted from the net income.
Net income from the year = $140,000 - $50,000 - $45,000
= $45,000
This will be added to the opening owner's equity to get the closing owner's equity.
Owner's equity at the end of the year = $80,000 + $45,000
= $125,000
A balance sheet is an essential way to evaluate for a business. 2. Calculate Assets
Assets, money, investments and products the business owns that can be converted into cash: These are what put companies in the financial positive. A thriving company should have assets that are greater than the sum of its liabilities; this creates value in the company’s equity or stock, and opens up opportunities for financing.
It’s important to list your assets by their liquidity—the facility by which they can be turned into cash—starting with cash itself and moving into long-term investments at the end of the list. For the purpose of an annual balance sheet, you can separate your list between “Current Assets,” anything that can be converted into cash within a year or less, and “Fixed Assets,” long-term possessions that can be sold or that retain value down the line, minus depths and other things.
Answer:
a) 46.7, 80 b) 20, 60 c) yes
Explanation:
a) % utilization= utilization/design capacity × 100
= 7/15 × 100
= 46.7%
% efficiency= efficiency/design capacity × 100
= 12/15 × 100
=80%
b) Utilization= 2/10 × 100 = 20%
Efficiency= 6/10 × 100= 60%
c) A system with higher efficiency ratios will always have higher utilization as these systems will have lesses number of failures