I would assign each roommate to wash their own dishes after they eat so you don’t get one big pile that no one wants to do.
You will have to come up with some kind of motivation otherwise, nothing will get done, suggestions are:
Offer to do some of their laundry when you do your own, i.e., throw in a pair of jeans & t-shirt along with yours.
Offer to pick up something from the grocery store when you go for your own groceries.
Answer:
1. High-risk products.
2. Technology-push products.
3. Quick-build products.
4. Process-intensive products.
5. Platform products.
Explanation:
A. High-risk product: Entail unusually large uncertainties about the technology or market. The development process takes steps to address those uncertainties.
B. Technology-push product: A firm with a new proprietary technology seeks out a market where that technology can be applied.
C. Quick-build products: Uses a repeated prototyping cycle. Results from one cycle are used to modify priorities in the ensuing cycle.
D. Process-intensive product: The production process has an impact on the product properties. Therefore, product design and process design cannot be separated.
E. Platform products: Products are designed and built around a pre-existing technological subsystem.
An example of real-world cases where Histogram, Pareto Analysis and others mentioned tools in the question can be used is A Report from Microsoft which states that " that of 80% Crashes that occurs in Windows is due to the 0.4 part of the detected bugs in the whole system .
<h3>What are the usefulness of the tools like
Histogram, Pareto Analysis?</h3>
Pareto analysis serves as one that stand on the premised that to achieve the benefit worth 80% of a project, one would need to do at least the 20% of the work.
Histogram on the other hand is a graphing tool which is s tool like impact matrix and can be used to give the summary of a data.
Hence, with the above tools , some of real word problems can be analyzed.
Learn more about Pareto Analysis on:
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Answer:
Face value of bond = 100
Years of maturity = 4
Market value = 106
Coupon frequency = 2
Semi annual coupon = 12
1. Current yield = Semi-annual * Coupon frequency / Market value
Current yield = 12 * 2 / 106
Current yield = 0.2264150943396226
Current yield = 22.64%
2. YTM = 2*Rate(Years of maturity*Coupon frequency, Semi annual, - market value, FV, 0)
YTM = 2*Rate(4, 2, 12, -106, 100,0)
YTM = 0.2168
YTM = 21.68%
3. Capital yield = Current yield - YTM
Capital yield = 21.68% - 22.64%
Capital yield = -0.96%