Answer:
12.88%
Explanation:
Angela's disposable income $2,368
monthly expenses including recreational expenses ($2,127)
net cash flow $241
after expenses are reduced by $64, her net cash flow will increase to $305
Angela's monthly savings rate = (net cash flow / disposable income) x 100 = $305 / $2,368 = 12.88%
A person's savings rate is how much money they save (do not spend) compared to their total disposable income.
Answer:
(c) $5
Explanation:
Remember, To calculate marginal cost, we divide the change in production costs by the change in quantity.
In this example, the change in production cost is $200 (for hiring an additional worker) while the change in quantity of taco is 40 (increase in marginal productivity).
The marginal cost= $200/40
we get $5 as the marginal cost.
Answer:
The total number of hours worked by an average factory worker has fallen over the years
Explanation:
Answer:
Profit margin = 9.74%
Explanation:
We know,
Profit Margin = (Net income after tax/Net sales) x 100
Profit margin is a profitability ratio that measures the company's overall performance. It also show how company performs financially.
Given,
Year 2,
Net Sales = $484,000
Net income after tax = $47,150
Therefore,
Profit Margin = 
Profit Margin = 9.74%
Hence, company is performing financially well.
Answer: a. Computer-aided manufacturing
Explanation: A computer-aided manufacturing would help the robot manufacturing company in this regard since it can provide the required software to control the machine tools and processes needed in the manufacture of the multi-utility robots.
Computer-aided manufacturing (CAM) is defined as the use of software and computer-controlled machinery to automate a manufacturing process and is composed entirely of software that tells a machine how to make a product through the generation of toolpaths; a machinery that can turn raw material into a finished product and a post processing unit that converts toolpaths into machine languages. Computer-aided manufacturing thus provides high–speed machine tool paths that greatly minimize cycle times, reduce tool and machine wear and general improvement in quality and accuracy of cutting.
