Respuesta :
the answer is
using the factoral calculator, we can find
4! x 3! x 1! = (4x3x2x1) x(3x2x1) x (1)= 24* 6 * 1 = 144
it will be placed side by side (two manners)
so it will be 2 x 144 = 288 different color patterns
the answer is A. 288
using the factoral calculator, we can find
4! x 3! x 1! = (4x3x2x1) x(3x2x1) x (1)= 24* 6 * 1 = 144
it will be placed side by side (two manners)
so it will be 2 x 144 = 288 different color patterns
the answer is A. 288
Answer: Option 'A' is correct.
Step-by-step explanation:
Since we have given that
Total number of blocks = 8
Number of white blocks = 4
Number of yellow blocks = 3
Number of purple blocks = 1
According to question, we need to place the blocks side by side in a straight manner ,
So, Number of different colors pattern will be
[tex]4!\times 3!\times 1!\\\\ =4\times 3\times 2\times 1\times 3\times 2\times 1\times 1\\\\=144[/tex]
Since there are two ways to written in a straight lines so, the total number of different color patterns he could make is given by
[tex]2\times 144=288[/tex]
Hence, there are 288 ways to make different color patterns .
Therefore, Option 'A' is correct.