Answer:
optimal capital structure
Explanation:
optimal capital structure can be regarded as a combination of
of debt and equity financing which brings about maximization of amarket value in a firm. It should be noted that optimal capital structure is the combination of debt financing and equity financing that maximizes a firm's value.
A small start-up is a good fit for Alex.
Startups are frequently internet- or technology-based firms with broad market appeal. On the other hand, you don't need a sizable market to expand into in order to run a small firm. All you need is a market, and you must be able to effectively contact and service every member of that market.
Despite their tiny size, startups can have a big impact on the expansion of the economy. Startups are the epicenters of the invention; they generate jobs, which increases employment and boosts the economy; and they have a noticeable influence on the cities in which they settle.
After a few years of operation, startups are on the road to success. While small firms develop quickly, they can only do so if they start to see success over time. A startup needs time to develop and gain a large customer base that can use its product.
Types of startups are:
- Buyable startups
- Scalable startups
- Offshoot startups
- Social startups
To know more about startups refer to: brainly.com/question/14488761
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Answer:
9.78%
Explanation:
The yield to maturity can be determined using the rate formula in excel as shown below:
=rate(nper,pmt,-pv,fv)
nper is number of times coupon interest would be paid,which is 12 years multiplied by 2(semi-annual interest payment) i.e 24
pmt is the semi-annual interest which is $1000*8%/2=$40
pv is the current price of the bond at $876.40
fv is the face value of the bond which is $1000
=rate(24,40,-876.40,1000)=4.89%
Semi-annual yield is 4.89%
Annual yield is 4.89%*2=9.78%
The yield to maturity on these bonds is approximately 9.78%
Answer:
C) 4.2 years
Explanation:
The computation of the payback period is as follows;
As we know that
Payback Period = Initial cost ÷ Annual net cash flow
Here
Initial cost = $278000
Annual net cash flow = Incremental after tax + Depreciation per year
where,
Depreciation per year = (Original cost - Salvage value) ÷ Estimated Life
= ($278,000 - $30,000) ÷ 8 years
= $31,000
Annual net cash flow is
= $35000 + $31000
= $66000
So,
Payback Period is
= $278000 ÷ $66000
= 4.2 Years
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Bachelors, Diploma and Higher Certificate Pass Requirements Explained
Written by howtopassmatric on October 20, 2015 <span> · 124 Comments</span> </span>
We often get asked to check if learner (Insert your name) will or will not pass with a bachelors, diploma or certificate.
