The number of combinations, denoted by 11C6 is 11!/[6!*(11-6)!]
= 11*10*9*8*7/(5*4*3*2*1) = 462
Can you plot favorite colors of a sixth grade class line plot explain?
you can trust me because i am in 6 grade and i had to do that.
Why is a chi-squared test for qualitative data always right-tailed?
A chi square is square of standard normal variate, so all values are positive
What are the odds of rolling an odd number followed by three even numbers on an eight sided die?
0.54 or 0.0625
999
What is the probabilty of rolling a sum of four or less when rolling to dice?
1/1, 1/2, 1/3, 2/1, 2/2, 3/1 = 6 out of 36 ie 16.66%
How many 5 digits numbers can be formed from numbers 1 through 9?
9!/(5! x 4!) = (9 x 8 x 7 x 6) / (4 x 3 x 2) =126 if all digits have to be different.
If repeated digits are allowed then it is 95 ie 59049.
How many combinations are there for numbers 4 and 3 and 2?
If the order matters (234 is different from 243), then there are 6 possible arrangements.
If the order doesn't matter (234 and 243 are the same batch), then there's only one.
Trigonometry, and mechanics for a start.
Probabilities can never be negative. A probability distribution is defined as follows:
4*6+1
You are an 8-digit number the digit in the thousands place is the result of dividing 64 by 8?
No, the digit in that position will arise from a whole range of possibilities. If N is a (integer) number taken at random then the number in the thousands place could be anything equally. In particular, if you divide 88888888 by 8 the digit in the thousands place comes from dividing 8 by 8.
64/8 is 8 so that is the digit in the thousands position. So you could have any one of numbers like xxxx8xxx where each x could be any digit, eg 11118111, 12348765, etc.