Those are the cubes of the numbers 1-10. Just calculate the cube of 1, the cube of 2, the cube of 3, etc., up to the cube of 10.
Just calculate the cube of 0, the cube of 1, the cube of 2, etc.
All of its multiples from 3 to 999
1000+1000 1000x2
There are 999 whole numbers less than 1000. Whole numbers are all the positive integers starting from 1 up to 999. The number 1000 is not included because it is not less than 1000. So, the total count of whole numbers less than 1000 is 999.
1, 8, 27, and 64 is.
The two consecutive cube numbers that add up to 1241 are (10^3) (1000) and (11^3) (1331). However, their sum is 2331, which is too high. Instead, the correct consecutive cube numbers are (9^3) (729) and (10^3) (1000). Their sum is 1729, also incorrect. The correct consecutive cube numbers are (9^3) (729) and (8^3) (512), which add up to 1241.
Just calculate the cube of 0, the cube of 1, the cube of 2, etc.
All of its multiples from 3 to 999
square numbers 1 to 1000
4*5*5*5 = 500
1000+1000 1000x2
There are 999 whole numbers less than 1000. Whole numbers are all the positive integers starting from 1 up to 999. The number 1000 is not included because it is not less than 1000. So, the total count of whole numbers less than 1000 is 999.
1, 8, 27, and 64 is.
Composite numbers are positive integers greater than 1 that have factors other than 1 and themselves. To find all the composite numbers between 1000 and 3000, we can start by listing the prime numbers in that range: 1009, 1013, 1019, 1021, 1031, 1033, and so on. Then, we can identify the numbers that are not prime, which are composite. This process would yield a list of composite numbers between 1000 and 3000.
All multiples of 12, such as 120, 600, 660.
Sum of first n numbers = n/2(n +1) = 500 x 1001 = 500500
-1000