Answer:
A laptop computer that you want to purchase was originally priced at $1225. You will receive a 20% student discount, and the sales tax rate is 8%. How much money will you pay for the laptop?
$1058.4
Explanation:
20/100 x 1225= 245 discount
1225-245= 980 original student price
price plus sales tax = 8/100= 0.08 x 980= 78.4
78.4 + 980= $1058.4
C C: He ran furiously through the hall, shouting "I'm here!"
Answer:
The linear sequential model of software development is
A reasonable approach when requirements are well defined.
Explanation:
This type of software development model, called the linear sequential model, is also known as the classic life cycle or waterfall model. The model suggests a systematic, sequential approach to Software Development, starting at a design level and progressing through the processes of communication, planning, modeling, construction, and deployment, till the final stage of support. The model is simple to understand and use. With this model, each phase must be completed before the next phase can begin and there is no overlapping in the phases. This is why requirements must be well-defined.
Answer: a rate commensurate with the risk level of the project.
Explanation:
When computing the net present value of the new project, we should note that the cash flows should be discounted using a rate that is commensurate with the risk level of the project.
Since it is a new project and it possesses risks that are unrelated to those of the current firm's product, the risk that pertains to the project level should be used in the discounting to get the net present value.
The correct option is<u> "B. $10,000; $14,000".</u>
Choosing a car that costs <u>"$10,000"</u> instead of a car that costs <u>"$14,000" </u>means that you'll have more money available for other purchases.
The answer is option B, because if you choose option A, C, or D, you will have no money available for other purchases. And you have to arrange more money for car. But if you choose option B, there are $4000 left for other purchases.