Answer:
Like businesses, state and federal government offices use computers. Government employees must set up meetings and distribute various reports. ... Computer uses in government offices also include various e-mail functions, payment distribution, record keeping and even coordinating mailings.
Explanation:
No, the markets is not competitive because there are not many sellers, and as such, the two providers will be able to dominate the market.
<h3>What is competitiveness in the market?</h3>
A competitive market is known to be a kind of a structure where there is nothing like a single consumer or producer that has the power to make changes to the market.
Note that the response to supply and demand tend to change with the supply curve.
Therefore, my response is No, the markets is not competitive because there are not many sellers, and as such, the two providers will be able to dominate the market.
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Are these markets competitive?
1. In a small town, there are two providers of broadband Internet access: a cable company and the phone company. The Internet access offered by both providers is of the same speed.
Answer:
Attack is an intentional or unintentional act that causes damage or compromises information of systems supporting it.When a computer is the subject of an attack, it is used as an active tool to conduct the attack.
On the other hand, when a computer is the entity being attacked, it is the object of an attack.
A is anything that puts computer information at risk
There are actually a couple of questions in here. I'll try to answer them in Python, which kind of looks like psuedocode already.
1. Design a loop that asks the user to enter a number. The loop should iterate 10 times and keep a running total of the numbers entered.
Here, we declare an empty array and ask for user input 10 times before printing a running total to the user's console.
<em>numbers = []
</em>
<em>for i in range(10):
</em>
<em> numbers.append(input("number: ")) </em>
<em>print(f"running total: { ', '.join(numbers) }")</em>
<em />
2. Design a program with a loop that lets the user enter a series of numbers. The user should enter -99 to signal the end of the series. After all the numbers have been entered, the program should display the largest and smallest numbers entered.
Here, we declare an empty array and ask for user input forever until the user types -99. Python makes it really easy to get the min/max of an array using built-in functions, but you could also loop through the numbers to find the smallest as well.
<em>numbers = []
</em>
<em>while True:
</em>
<em> n = int(input("number: "))
</em>
<em> if n == -99: </em>
<em> break
</em>
<em> numbers.append(n)
</em>
<em>print(f"largest number: { max(numbers) }")
</em>
<em>print(f"smallest number: { min(numbers) }") </em>
<em />
