Answer:
A general understanding that abstraction allows programmers to hide details By hiding details, programmers are able to work with complex systems in small pieces without having to pay attention to every detail at once An explanation of how top down design implements abstraction
Example:
Through the use of abstraction, a programmer is able to take one large idea, and break it down into smaller pieces. In the context of top-down design, this means that the programmer can create one function that is made up of a set of smaller sub functions. After determining the details of those sub functions, the programmer no longer needs to take into account how they work, knowing that they will work in when called. For example when drawing a snowflake, the programmer may use top down design to split it into separate branches. Each of those branches may have sub functions that determine the detail to be repeated. This allows programmers to develop complex systems while managing complexity at multiple levels of abstraction.
Which of the following is FALSE about event-driven programs?
A. Event-driven programs do not implement algorithms.
B. Some portions of an event-driven program may never execute while the program is running.
C. An event-driven program is written to respond to specified events by executing a block of code or function associated with the event.
D. The order in which an event-driven program will run cannot always be known ahead of time. E. Event-driven programs can be run multiple times with different outcomes, based on user interactions.
Answer: $3,672,500
Explanation:
Based on the information given in the question, the debit to cash in the journal entry to record this transaction will be:
= $3,250,000 - ($3,250,000 × 4%) + ($3,250,000 × 9%)
= $3,250,000 - $130,000 + $292,500
= $3,672,500
Therefore, the debit to cash will be $3,672,500.
Pre-tax cost of debt is calculated as -
Yield to maturity = [ Coupon payment + ( Face value - Price) / Number of periods ] / [ ( Face value - Price) / 2 ]
Coupon payment = 9.6 % / 2 * 1000 = $ 48
Face Value = 1000
Price = 113.5 % * $ 1000 = $ 1135
Number of periods = 20 (i.e. 10 years *2 )
Yield to maturity = [ $ 48 + ( $ 1000 - $ 1135) / 20] / [ ($ 1000 + $ 1135) /2 ]
Yield to maturity = 3.86 %
Annual yield to maturity = 3.86 % * 2 = 7.72 %
Answer: Systematic
Explanation: It refers to a method of sampling in which the samples are selected from a population randomly but as per a set criteria and defined interval. The interval is computed by dividing the population with the sample size needed.
In the given case, the quality manager starts taking sample on the on a fixed interval, that is, every 19th car after the ninth car.
Hence from the above we can conclude that the correct option is B.
Answer:
quality modification
Explanation:
In marketing, quality modifications refer to changes made on the product's characteristics to change its durability, perceive quality and dependability. Hopefully all quality modifications should be done to increase the product's quality, but they can also be done to offer cheaper versions also. Generally lower quality versions are made to appeal to broader markets.
In this case, the quality modifications are made to increase perceived quality and appeal not to a mass market, but instead to appeal to an upscale market.
