Answer:
Using an algorithm guarantees a solution to the problem (as long as the algorithm is followed correctly and nothing interferes with the problem solving process).
Explanation:
Algorithms are a step-by-step guide on how to solve specific problems, and they have the same outcome every time they are used as long as you follow them exactly.
The heuristic strategy uses the experience of our past to solve a problem (when you identify the problem and you have an idea of how to solve it), but can't guarantee a correct solution.
Trial and error are when you try different options, one by one until the problem is solved.
Subgoaling consists of making a separation of the problem in smaller steps that are easier to solve.
An an example of financial accounting is Filing annual financial reports.
And this is because, annual financial reports gives financial transactions related to a business.
<h3>What is Financial accounting?</h3>
Financial accounting can be regarded as accounting area that is focused concern on summary as well as analysis of financial transactions.
learn more about Financial accounting at;
brainly.com/question/735261
Answer:
ok so u have to get a pet rock first u name it u take it out to go to the bathroom and everything u would do with a dog and it shows your parents you're ready for one u have to show them that u know how to take care of one first
Explanation:plz mark me branlyiest this worked for me so yea hope it helped
Answer:
C. 7.4
Explanation:
Computation for the times interest earned ratio for the year
First step is to get the EBIT
Net income $42,000
Add Income tax expense $33,000
Add Interest expense $10,800
EBIT $85,800
Now let Compute the times interest earned ratio for the year using this formula
Times interest earned ratio=EBIT/Interest expense
Let plug in the formula
Times interest earned ratio=$85,800/$10,800
Times interest earned ratio=7.94
Therefore the times interest earned ratio for the year will be 7.94
Answer:
The bond is sold at a premium of $1155.89 -$1000 = $155.89
Explanation:
N = 10 years * 2 semiannual =20 payments of interest
coupon interest = 7% /2 = 0.035
market interest = 5% /2 = 0.025
interest = 1000*0.035 = $35 per semiannual
Pv interest for interest = [1-1/(1+0.025)^20]0.025 = 15.89 * $35 = $545.62
Pv for capital = 1000/(1+0.025)^20 = $610
value of the Bond = 610.27+ 545.62 = 1155.89
The market rate is less than the coupon rate meaning the bond is traded at a premium
Pv factor for many years = [1-1/(1+r)^n]/r