The Certificate exists in a frame that follows the ServerHello.Because the size of the certificateis larger than the maximum payload size of an Ethernet Frame, thus the certificate must be<span>contained in multiple frames</span>
Answer:
Monopolist profit maximizing price
A: $3 per gallon , total output =270 Kelvins profit = $810(801/7/2 = $405
Maria's profit = $405
B. $2.5 per gallon . Kelvin's profit =$450 Maria's profit = 337.5
C = False. At the same quantity , fall in price brings fall in revenue
Cournot Nash equilibrium
Explanation:
In a monopolist market system , price are set higher than the marginal cost as the producer enjoy the dominance of the market through the production of a unique good.
At the price of $3 , change in demand =(270-225) =45 , change in revenue = ($810-$787.50)22.5 and marginal revenue = (45/22,5) = 0.5. That forms the maximizing price for a monopolist.
On the new arrangement , price drops to $2.5 , Maria's profit =(315-45/2)2.5 = $337.5 and Kelvin's = ($787.5-337.5) = $450
Cournot Nash equilibrium is business model that explains the competition among rival companies producing similar product on the level of output produced independently.
Inventories held for sale in the normal course of business are classified in the balance sheet as Current liabilities.
<h3>What is meant by current liability?</h3>
This is the term that is used to refer to all of the financial obligations that the customer would have to have due to themselves in the long run. These are the liabilities that are known to be dropped in the current assets and would then be settled in the course of a year.
Hence we can say that Inventories held for sale in the normal course of business are classified in the balance sheet as Current liabilities.
Read more on Current liabilities here: brainly.com/question/28039459
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Answer:
<u>Quality of life is a hidden variable because it cannot be measured directly but must be inferred from measurable variables such as wealth, success, and environment.
</u>
Explanation:
<u>Hidden variable:</u> The term "hidden variable" is described as the proposition that specific "statistical models" of any physical systems, for example, Quantum mechanics are being incomplete inherently, and along with this the apparent randomness of a particular system is being dependent not on "collapsing functions" but instead it is due to any unmeasurable or unseen or hidden variables.
Answer:
because they are fun and if you get distracted you don't want to finish what you are doing