World Oil and Gas Corporation

 

 

World Oil and Gas Corporation completes construction of an offshore oil platform and places it into service on
January 1, 2018. World Oil and Gas Corp. is legally required to dismantle and remove the platform at the end
of its useful life which is estimated to be 10 years. On January 1, 2018, World Oil and Gas Corp. recognized a
liability for an asset retirement obligation and capitalized an amount for an asset retirement cost. It estimated
the initial fair value of the liability using an expected present value technique. The significant assumptions used
in that estimate of fair value are as follows:
a. Labor costs are based on current marketplace wages required to hire contractors to dismantle and remove
offshore oil platform. World Oil and Gas Corp. assigns probability assessment to range of cash flows estimates
ad follows:
Cash Flow Estimate Probability Assessment
$250,000 10%
175,000 60%
200,000 30%
b. World Oil and Gas Corp. estimated allocated overhead and equipment charge using the rate it applies to
labor costs for transfer pricing (60%). The entity has no reason to believe that its overhead and equipment rate
differs from that used by contractors in the industry.
c. A contractor typically adds a markup on labor, allocated internal costs, and equipment to provide a profit
margin on the job. The entity determines the profit that contractors in the industry generally earn to dismantle
and remove offshore oil platform is 15%.
d. A contractor would typically demand and receive a premium (market risk premium) for bearing the
uncertainty and unforeseeable circumstances inherent in “locking in” today’s price for a project that will not
occur for 10 years. The entity estimates the amount of that premium to be 5% of the estimated inflationadjusted cash flows.
e. The risk-free rate of interest on January 1, 2015 is 6%. The entity adjusts that rate by 4% to reflect the effect
of its credit standing. Therefore, the credit-adjusted risk-free rate used to compute expected present value is
10%. (Round the present value factor to four decimal places.)
f. World Oil and Gas Corp. assumes a rate of inflation of 4% over 10-years period. (Round the present value
factor to four decimal places.)
Required
a. Using the excel sheet and by formatting the cells, prepare the revised estimate of expected cash flows for
labor costs as shown in the table above.
b. Using the excel sheet and by formatting the cells, prepare a table showing the Initial Measurement of the
ARO Liability at January 1, 2018.
c. Using the excel sheet and by formatting the cells, prepare a table showing the Accretion: Interest Method of
Allocation.
d. Using the excel sheet and by formatting the cells, prepare a table showing the Schedule of Expenses
(Accretion of Expense and DD&A Expense).
e. Prepare the journal entries that would be made from December 31, 2018, to December 31, 2027 to record
the accretion expense and the amortization expense related to the ARO.
f. On December 31, 2027, the entity settles its asset retirement obligation by using it internal workforce at a
cost of $432,000. Assume no changes during the 10-year period in the cash flows used to estimate the
obligation. Prepare the journal entry that would be made on December 31, 2027 to record the settlement of the
g. Assume the following changes:
-The risk-free rate of interest on January 1, 2015 is 7%. The entity adjusts that rate by 4% to reflect the effect
of its credit standing. Therefore, the credit-adjusted risk-free rate used to compute expected present value is
11%. (Round the present value factor to four decimal places.)
– World Oil and Gas Corp. assumes a rate of inflation of 5% over 10-years period. (Round the present value
factor to four decimal places.)
What would be the PV of the initial measurement of the ARO, accretion expense in 2019, and DD$A expense
for ARO in 2019.

 

Sample Solution

 

 

 

 

String Theory

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string from string theoryThe world we live in today is continually progressing as far as science and innovation. Because of the Internet, the data about late logical revelations—which has before been just known by the picked not many—is currently generally accessible to the majority. Science has gotten mainstream, effectively available, and in any event, engaging. One of the ever-famous objects of enthusiasm for both science lovers and genuine physicists is string hypothesis, which has all the odds to turn into the most significant hypothesis throughout the entire existence of science. Be that as it may, what is its purpose?

To begin with, string hypothesis has not been built up at the same time in its cutting edge variant. Despite what might be expected, its premises had been created in the start of the twentieth century, and since that time, string hypothesis has experienced various changes. In like manner, various kinds of string hypothesis were named in an unexpected way. In various occasions—and relying upon the particularities of each sort—the hypothesis was called bosonic string hypothesis, supersymmetric string hypothesis, Type I, Type IIA, Type IIB, Heterotic string speculations, M-hypothesis, Matrix hypothesis, Brane world situations, and numerous others (Dummies.com). In this way, the present name “string hypothesis” is increasingly a speculation for various co-related hypotheses.

String hypothesis as we probably am aware it is an endeavor of present day material science to locate a solitary hypothesis that offers a definitive clarification to such powers of nature as gravity, electromagnetism, and solid and feeble atomic powers. As physicists have known for quite a while, matter comprises of particles; every one of them is a blend of electrons, protons, and neutrons. As science advanced, it was found that electrons, protons, and neutrons comprise of littler particles. As per string hypothesis, these particles are small vibrating strings (Physics.org). Researchers accept they are intricate items, the presence of which is conceivable because of long-chain between nuclear holding. An issue based vibrating string is the aftereffect of a mix of protection laws, mass, and helpful linearities that are inalienable to our constant type of spacetime. The strings are accepted to be made out of a factually improbable type of long-chain holding, contingent upon the properties of particles, which are mind boggling multiparticle structures and whose properties are fairly impossible (Physics.StackEschange).

String hypothesis presents the possibility of the multi-dimensional universe. Up until this point, researchers have thought about that lone four measurements exist (common space measurements and time). Nonetheless, string hypothesis recommends there ought to associate with eleven measurements. These days, physicists are searching for an approach to find these seven new measurements (Physics.org). No one but time can show what commonsense use humankind will have the option to remove from the disclosure of these extra measurements. Notwithstanding, it tends to be said that string hypothesis doesn’t prevent the chance from securing the presence of equal universes.

String hypothesis today is the most planned hypothesis clarifying such powers of nature as gravity, electromagnetism, and atomic powers. It accommodates—or if nothing else attempts to—the general hypothesis of relativity with quantum mechanics. All through its advancement, it has bore various names, for example, the bosonic string hypothesis, supersymmetric string hypothesis, etc. The hypothesis infers that the particles of which molecules—and, individually, matter—comprise are strings vibrating at various frequencies. What’s more, which is by all accounts all the more energizing to people in general, string hypothesis asserts the presence of equal universes is conceivable.

References

“String Theory for Dummies.” Cheat Sheet. N.p., n.d. Web. 20 July 2015.

“What are the Strings in String Theory Made of?” Physics Stack Exchange. N.p., n.d. Web. 20 July 2015.

“What is String Theory?” Physics.org. N.p., n.d. Web. 20 July 2015.

disclosure exposition, paper about nature, science article

 

 

 

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