Answer:
Bad debt expense (w/o allowance) = $2,875
Bad debt expense ( with allowance) = $2,675.
Explanation:
According to the scenario, the given data are as follows:
Net credit sales = $115,000
Uncollectible percentage = 2.5%
So, we can calculate the bad debt expense without Allowance for doubtful accounts by using following method:
Bad debt expense ( W/o allowance) = $115,000 × 2.5%
= $2,875
After Allowance for doubtful expense
Bad debt expense = $2,875 - $200
= $2,675
Answer:
Skunkworks
Explanation:
The term skunkworks is mostly used in business and also the technical fields to describe a group that is within an organization that has high autonomy and have tasks that requires them to work on advanced or secret projects. They are allowed to operate outside the usual processes such that they have the freedom to come up with new ideas.
The annual interest rate is 11.803%.
Assumptions:
- Interest is compounded annually.
Answer:
The US income will be $12,201 and South Korea's income will be $21,911. US income will grow by multiple of 1.2 while South Korea's GDP will grow by multiples of 2.19.
Explanation:
Initial income of both the countries is $10,000.
Growth rate of South Korea is 4%.
Growth rate of US is 1%.
In 20 years, South Korea's income will be,
=Initial income*
=$10,000*
=$10,000*2.1911
=$21,911
Similarly, we can find US income.
=Initial income*
=$10,000*
=$10,000*1.2201
=$12,201
So, South Korea's income is $21,911 while US's income is $12,201.
South Korea's income grows by the multiples of 2.1911. While, US's income grows by the multiples of 1.2201
To find the correct answer, you should know that Barium
Chloride is a strong electrolyte. A strong electrolyte will wholly complete the
circuit as shown by a brightly powered light bulb. Therefore, the correct
answer is a solid with a concentration of 0.20, where the strength of light
emitted is bright. Remember that all strong acids and highly soluble ionic
substances are strong electrolytes. Ionic compounds that are merely slightly
soluble or are insoluble may act as a poor electrolytes.
