This allows workers to work with less pressure on their job assignments. It also helps them develop a sense of time management when doing their work. In some cases, it makes them more creative by giving them a free hand on their approach to doing their work.
Answer:
A. True
Explanation:
Yes! it is very true statement because due to negative views of the people against the advertising industry.
This was the reason due to which the advertising industry come up to add more tools in there advertisement through social media some of the time or through mobile phones some of the time or through the digital contents some of the time.
Answer: The answers are "dynamic", "pace of change and complex", "number of factors that are changing", "scarce", "high" and "difficult".
Explanation: At Celgene, the environment is dynamic because of the pace of change and complex and because of the number of factors that are changing. Resources are scarce. The managers at Celgene are facing conditions of high uncertainty. This means that it will be difficult for them to make strategic decisions about the types of products the company will offer in the future.
B. liability
C. property
D. personal
Answer:
The answer is: B) lost ownership of the stock.
Explanation:
In the 1920s traders borrowed on margin to buy stocks. This means that they put a little amount of money to secure the buying of the stock and then borrowed the rest to complete the purchase. The problem with this was that if the price of the stock fell, the trader would lose all the money. On the other hand if the value rises, then the trader could make a lot of money. This was a very risky business practice.
Answer:
144
Explanation:
To find the smallest number of coins Cindy could have with 13 possible divisors, we use prime factorization. The smallest total will be 2 raised to the 12th power, which is 4096.
The question refers to the concept of divisors in mathematics. The number $Y$, as the number of coins in each pile, takes the role of a divisor on the total number of coins. The problem specifies 13 possible values for $Y$, meaning that the smallest number of coins Cindy could have is the least number with 13 divisors.
Prime factorization can help solve this problem. The number of divisors a number has depends on its prime factors. For a number to have 13 divisors, its prime factorization needs to take a certain form. Since 13 is a prime number, one form it could take is that of a prime number raised to the 12th power (since the formula to calculate divisors is to add 1 to the powers of the prime factors and multiply the results).
The smallest possible number Cindy could have is therefore 2¹², which equals 4096.
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