If we're following the logic of the first statement where 1 half of 5 equals 3, it suggests a non-standard approach to arithmetic. In that case, we could interpret "one third of 10" similarly. Thus, if we apply the same unconventional reasoning, one third of 10 could be seen as 6.
10 is a third of 30
To solve the third term of 10-n², substitute the number 3 for n. 10-n² =10-3² =10-9 =1 The third term of 10-n² is 1.
It is: 1,000,000 = one million
The third multiple of 10 is 1000 of course. Actually the third multiple of 10 besides 0 would be 30; 10, 20, and 30 are multiples of 10.
12
The median is the middle number when they are in order, so that is 8.
If we're following the logic of the first statement where 1 half of 5 equals 3, it suggests a non-standard approach to arithmetic. In that case, we could interpret "one third of 10" similarly. Thus, if we apply the same unconventional reasoning, one third of 10 could be seen as 6.
10 is a third of 30
Consider a binomial distribution with 10 trials What is the expected value of this distribution if the probability of success on a single trial is 0.5?
To solve the third term of 10-n², substitute the number 3 for n. 10-n² =10-3² =10-9 =1 The third term of 10-n² is 1.
1
A third of 30 is 10 (30 ÷ 3 = 10).
It is: 1,000,000 = one million
The third multiple of 10 is 1000 of course. Actually the third multiple of 10 besides 0 would be 30; 10, 20, and 30 are multiples of 10.
Ten to the third power means 10 x 10 x 10 and the answer to that is 1000
-1.28