Reference no: EM13332467
You have been asked to take a ride on Financial Reporting Railways to The Presentation Observation Station (the Station). At the Station, you will find the financial reports of railway companies from around the world. Once you've arrived at the station, your role is to observe and gain insights into the presentation of the balance sheets for some of these companies.
To find the railway companies' financial reports, the conductor directs you to the internet café in the Station. Once you arrive at the café, you receive a menu of select rail companies. Select at least three for each of the US and European companies and go to their websites. You may also research any railway companies "off the menu" as well, if you prefer. Locate their financial reports, specifically the balance sheet. Keep in mind that for some of the European railways, their reports might not be in English; however, that shouldn't prevent you from making necessary observation.
Required
? Obtain and review the balance sheets for three rail companies in Europe whose financial statements are prepared using IFRS. Obtain and review the balance sheets for three rail companies in the US whose financial statements are prepared using US GAAP. Compare the following:
- The IFRS balance sheets to the US GAAP balance sheets.
- The IFRS balance sheets to each other.
? Answer the following questions:
- Are the IFRS balance sheet classifications presented the same as the US GAAP balance sheet classifications?
? If different, which presentation do you believe is better? Explain why.
- Are the IFRS balance sheet classifications the same between each of the companies?
- What does IAS 1 require for a particular presentation format or order of items on the balance sheet?
? Does this agree with your observations? Discuss any differences.
- Do you believe that one presentation format for balance sheets should be required of all companies throughout the world? Explain why or why not.
What impulse does each bullet deliver
: Wildlife biologists fire 19g rubber bullets to stop a rhinoceros, charging at 0.83 m/s. The bullets strike the rhino and drop vertically to the ground. What impulse does each bullet deliver
|
Depict four isomeric alkenes with the formula c9h18
: Draw four isomeric alkenes with the formula C9H18. One monosubstituted, one disubstituted, one trisubstituted, and one tetrasubstituted. Each should have the same formula and the same carbon skeleton
|
How much energy is dissipated by friction
: A 66-kg skier starts from rest at the top of a 1200-m-long trail which drops a total of 260m from top to bottom. How much energy is dissipated by friction
|
Define characteristics of the titration curve
: These are characteristics of the titration curve for 25.0 mL of 0.400 M NH3(aq) titrated with 0.335 M HI(aq). (For NH3, Kb = 1.8x10-5.) (1a) The initial pH : (1b) The volume of HI(aq) required to reach the equivalence point
|
Review the balance sheets for three rail companies
: Obtain and review the balance sheets for three rail companies in Europe whose financial statements are prepared using IFRS. Obtain and review the balance sheets for three rail companies in the US whose financial statements are prepared using US GA..
|
What quantity relating pressure p and volume v is constant
: Boyle's Law In the mid 1600s, the Irish chemist Robert Boyle carried out experments that determined the quantitative relationship between the pressure and volume of a gas. His data showed that for gas at a constant temperature, pressure and volume..
|
What would the maximum possible voltage be
: If the total range of voltages started at zero and there are 512 intervals, what would the maximum possible voltage be?
|
What is the initial kinetic energy of the car
: A 1000kg car moving 40m/s skids to a stop. During the skid, the only force is the frictional force between the tires and the road, What is the initial kinetic energy of the car
|
Calcultae the velocity of the target ball after collision
: A softball of mass 0.220 kg that is moving with a speed of 5.5 m/s (in the positive direction) collides head-on and elastically with another ball initially at rest. calcultae the velocity of the target ball after the collision
|