The number of shares that a corporation's incorporation document allows it to sell is referred to as authorized shares.
<h3>What is a Corporation?</h3>
This refers to a business entity that has a group of members who acts together for a set goal.
Hence, we can see that when it comes to the selling of stocks by the corporation, there is a limit of shares to sell and this is known as authorized shares.
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Answer:
The return on assets is 8.4%
Explanation:
In order to calculate the return on assets we will first need to find the average total assets. We will do this by adding the beginning and ending total assets and dividing it by 2.
Average total assets= (31,500+20,500)/2= 26.000
Now in order to find the return on assets we will divide the net income by the average total assets.
Return on assets = 2,200/26,000=0.084=8.4%
Answer: Higgins should report this litigation as a contingent liability.
Explanation: A liability that is contingent upon an event, that is, dependent on a future event that may or may not happen is called contingent liability. Potential law suits, pending investigations are some of the examples of contingent liability.
A contingent liability will only be recorded if there is likely probability that the event on which such liability depends will occur and the amount of liability could be reasonably estimated.
Answer:
Benchmark.
Explanation:
In this scenario, Mr. and Mrs. Smith were interested in purchasing a vacant lot. However, they first wanted the property surveyed. When the surveyor came out to measure the property he began measuring from the iron spike embedded in the middle of the street. In this case, the iron spike would be known as benchmark.
In real estate, benchmark can be defined as an indicator which is used by individuals or group of developers to measure and define properties such as a land. Iron spikes and wood stakes could be used as a benchmark for indicating ownership or measurement of a property.
Answer: The required force = 4.7 x 105 N
Explanation:
Mass of the ship m = 1.00 x 107 Kg
Initial speed u = 0.750 m/s
Final speed v = 0 m/s
Average speed s =( 0.750 + 0) / 2 = 0.375 m/s
Time taken to bring the ship to rest t = 
= 
= 16 s
Average force exerted on the pier F =
F = 
F = - 4.7 x 105 N
Hence the required force = 4.7 x 105 N
