The answer will depend on what "and to employees" means. Also, there is no information about the ten candidates. It they contain only one manager, for example, the answer is that the required committee cannot be chosen.
The answer will depend on what "and to employees" means. Also, there is no information about the ten candidates. It they contain only one manager, for example, the answer is that the required committee cannot be chosen.
The answer will depend on what "and to employees" means. Also, there is no information about the ten candidates. It they contain only one manager, for example, the answer is that the required committee cannot be chosen.
The answer will depend on what "and to employees" means. Also, there is no information about the ten candidates. It they contain only one manager, for example, the answer is that the required committee cannot be chosen.
Either 5040 or 210, depending on a whether order is important. Keep reading.Four slots. First slot: 10 people to choose from 2nd slot: 9 people left (1 is already chosen) 3rd: 8 4th: 710*9*8*7=5040, assuming, of course, the people are chosen randomly and no one person can be on the committee twice.But then we need to adjust this figure because there will be some duplication, since if Ben, George, Sue, and Jill are chosen for example, there are different ways that they can be chosen and all four of these same people are still on the committee. This is much like when Lotto balls are draw - you don't really care what order the balls are drawn as long as you match them up. So the number of ways that 4 people can be arranged in 4 positions is 4! = 4 x 3 x 2 x 1 = 24. So dividing 5040 by 24 will give you the number of possible committee selections, assuming that it doesn't matter which order they are chosen.
4 people can be selected from a pool of 15 people in (15 x 14 x 13 x 12) = 32,760 ways.But each group of 4 can be selected and seated in (4 x 3 x 2 x 1) = 24 ways.So the number of different 4-person subcommittees formed from 15 people is (32,760 / 4) = 8,190 .
72
20C2 = 190
people or items chosen accurately reflect the group as a whole
The - People who need them - Managers - Employees -
When managers hire employees and allow them to make their own decisions it is called empowering employees. This is beneficial because employees will be more engaged and production will increase.
Yes, this because all managers, if they are to lead their organization successfully, must work with people and manage the employees.
Managers and executive mangers contribute to management. Executive managers create the policies and practices that govern employees while they are at work.
An enriched job design will make employees happier. If people are given greater variety and independence in their jobs, they fell less stressed and more satisfied. Employees are more likely to be happy when managers shares information and consults with them.
Dollar General assumes all employees are thieves because they do not pay high enough wages to actually get good employees. So instead managers have to hire questionable people.
7 women in a group of 11 people 7/11
There are 9*8*7 = 504 ways.
they are choosen by their local olympic committee... normally they compete against the best in their country for a spot in the olympic team.
Managers differ from non-managerial employees primarily in their roles and responsibilities. Managers are tasked with planning, organizing, leading, and controlling resources, including people, to achieve organizational goals. They also make strategic decisions and oversee the performance of their teams, while non-managerial employees typically focus on executing specific tasks and contributing to the day-to-day operations without the same level of authority or responsibility. Additionally, managers often have a broader perspective on the organization's objectives compared to non-managerial employees, who may concentrate more on their individual roles.
7 women in a group of 11 people 7/11
Either 5040 or 210, depending on a whether order is important. Keep reading.Four slots. First slot: 10 people to choose from 2nd slot: 9 people left (1 is already chosen) 3rd: 8 4th: 710*9*8*7=5040, assuming, of course, the people are chosen randomly and no one person can be on the committee twice.But then we need to adjust this figure because there will be some duplication, since if Ben, George, Sue, and Jill are chosen for example, there are different ways that they can be chosen and all four of these same people are still on the committee. This is much like when Lotto balls are draw - you don't really care what order the balls are drawn as long as you match them up. So the number of ways that 4 people can be arranged in 4 positions is 4! = 4 x 3 x 2 x 1 = 24. So dividing 5040 by 24 will give you the number of possible committee selections, assuming that it doesn't matter which order they are chosen.