He has at least 24 cars.
There are many different ways you could divide 105 objects or people into groups. You could have one group of 105, or 2 groups of 52 and a half objects for example.
Oh, dude, you can divide 20 into equal groups in so many ways! Like, you could do 4 groups of 5, 5 groups of 4, 10 groups of 2, or even 20 groups of 1. It's like a math buffet, pick your favorite combo!
To divide 24 equally, you can use factors of 24, which are 1, 2, 3, 4, 6, 8, 12, and 24. Therefore, you can divide 24 into 1 group of 24, 2 groups of 12, 3 groups of 8, 4 groups of 6, 6 groups of 4, 8 groups of 3, 12 groups of 2, or 24 groups of 1. Each of these divisions results in equal parts of 24.
Oh, dude, that's easy. So, like, if you wanna divide 72 into equal groups, you could totally go with, like, 6 groups of 12. But, like, you could also do 8 groups of 9. It's all good, man. Just divide and conquer, you know?
To divide 30 students into groups of the same size, you would need to find a common factor of 30 that represents the desired group size. The factors of 30 are 1, 2, 3, 5, 6, 10, 15, and 30. Therefore, you could divide the 30 students into groups of 2, 3, 5, 6, 10, 15, or 30 students each. Each group would have an equal number of students, ensuring fairness in the division.
There are many different ways you could divide 105 objects or people into groups. You could have one group of 105, or 2 groups of 52 and a half objects for example.
The smallest number of triangles that you could divide a nonagon into is seven.
Oh, dude, you can divide 20 into equal groups in so many ways! Like, you could do 4 groups of 5, 5 groups of 4, 10 groups of 2, or even 20 groups of 1. It's like a math buffet, pick your favorite combo!
Do you Mean so you can divide users into seperate groups, say in a business environment you could divide marketing from human resources?
To divide 24 equally, you can use factors of 24, which are 1, 2, 3, 4, 6, 8, 12, and 24. Therefore, you can divide 24 into 1 group of 24, 2 groups of 12, 3 groups of 8, 4 groups of 6, 6 groups of 4, 8 groups of 3, 12 groups of 2, or 24 groups of 1. Each of these divisions results in equal parts of 24.
Oh, dude, that's easy. So, like, if you wanna divide 72 into equal groups, you could totally go with, like, 6 groups of 12. But, like, you could also do 8 groups of 9. It's all good, man. Just divide and conquer, you know?
6.4
20 Because there is 45 members and he wants to divide them in groups... Divide them together And then The answer will come out as 20 :)
Yes, the verb "divide" can be used as a noun in certain contexts. For example, you could say "there is a clear divide between the two groups" where "divide" is used as a noun to refer to a separation or difference.
To divide 30 students into groups of the same size, you would need to find a common factor of 30 that represents the desired group size. The factors of 30 are 1, 2, 3, 5, 6, 10, 15, and 30. Therefore, you could divide the 30 students into groups of 2, 3, 5, 6, 10, 15, or 30 students each. Each group would have an equal number of students, ensuring fairness in the division.
To split the alphabet into 6 groups you would have 4 letters in 4 groups, and 5 letters in 2 groups. Groups could include A-D, E-I, J-M, N-R, S-V, W-Z.
15 or any multiple of 15, including 15 trillion which is greater than the human popluation, but that is maths for you!