This sequence is based on a decreasing exponent and increasing base. 64 is 2^6, 243 is 3^5, 256 is 4^4 and 125 is 5^3. The next number is then 6^2 or 36.
125
So the pattern would be 0 up to the 8 which equals 0. Next would be 1 up to the 7th which equals 1. Next the sequence would be 2 up to the 6th which equals 64, 3 up to the th5 which equals 243, 4 up to the 4th which equals 256, 5 up to the 3rd equals 125, 6 up to the 2nd equals 36, 7 up to the 1st equals 7, and 8 up to the 0 equals 1.
Yes. There are no common divisors other than 1.
2.048 = 2 48/1000 (NB '1000' because there are three decimal places). Cancel down 2 24/500 = 2 12/250 = 2 6/125 as a fraction. As an Improper Fraction it is 256/125
0.256 = 256/1000 = 32/125 (in its lowest term)
125
So the pattern would be 0 up to the 8 which equals 0. Next would be 1 up to the 7th which equals 1. Next the sequence would be 2 up to the 6th which equals 64, 3 up to the th5 which equals 243, 4 up to the 4th which equals 256, 5 up to the 3rd equals 125, 6 up to the 2nd equals 36, 7 up to the 1st equals 7, and 8 up to the 0 equals 1.
The GCF of 243, 256, and 343 is 1. 243 = 3^5 256 = 2^8 So the first two have a GCF of 1. Adding 343 = 7^3 to the list cannot increase the GCF so it must remain 1.
256/1000 or 32/125
256 125 is not a multiple of 4 so is not divisible by 4 without a remainder.256 125 ÷ 4 = 64031.25
No because they are both composite numbers
Yes. There are no common divisors other than 1.
256 over 1000 is 0.256 or 32 over 125.
Common factors of 286 and 242 are: 1, 2, 11, and 22.
256/1000 in simplest form is 32/125
2.048 = 2 48/1000 (NB '1000' because there are three decimal places). Cancel down 2 24/500 = 2 12/250 = 2 6/125 as a fraction. As an Improper Fraction it is 256/125
0.256 = 256/1000 = 32/125 (in its lowest term)