They could provide internships towards graduates to allow them to acquire working experience.
They could also provide training to help graduates have an understanding of what they are expected of in the workplace.
Answer: a. The patent is an intangible so it is amortized for cost recovery
Explanation:
Just as Depreciation exists for the wearing and tearing of tangible Assets, so does AMORTIZATION exist for Intangible Assets like goodwill, patents, licenses, copyrights and logos.
It follows essentially the same process as Depreciation and the useful life estimation is usually discretionary because some Intangible Assets can give benefits forever such as logos.
Generally though, only Intangible Assets with estimable useful lives are amortized such as Patents and Trademarks.
Because texas generally has low rates of low, individual effects on the texas political process are likely to be: low
This is further explained below.
<h3>What is texas's political process?</h3>
Generally, The development of problems marks the beginning of the policymaking process in Texas, which then continues on through five additional stages: the establishment of agendas, the selection of policies, the adoption of policies, the implementation of policies, and the assessment of policies.
In conclusion, Individual influences on the political process in Texas are anticipated to be modest because of the state's relatively low crime rate and low rate of poverty.
Read more about the texas political process
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Answer:
c
Explanation:
Anyone can be a victim of fraud, there are sime out there that are sophisticated fraudsters and have created websites, etc that look legitimate with a security certification off of google.
Answer:
$614,457
Explanation:
The present value of the annual cash inflow of $100,000 for ten years can be found by the following formula:
Present Value = Annual Cash Inflow * Annuity Factor (Step 1)
Here
annuity Factor at 10% for 10 years time is
By putting values we have:
Present Value = $100,000 × 6.14457 = $614,457
Step 1 : Annuity Factor
Annuity Factor = (1 - (1 + r)^-n) / r
Here r is 10% and n is 10 years.
So by putting values, we have:
Annuity Factor = (1 - (1 + 10%)^-10) / 10% = 6.14457
