A factor of a number is any number which the original number can be divided by evenly. In this case, 29 divides by 7 to give 4 remainder 1. This remainder means that 29 does not divide evenly by 7. Thus 7 is not a factor of 29.
7
No. 7 is not a factor of 58. The prime factors of 58 are 2 and 29.
133 = 7 x 19, 203 = 7 x 29. 23 and 29 are prime so HCF is 7
No, they have the common factor 7.No, they have the common factor 7.No, they have the common factor 7.No, they have the common factor 7.
The factor form of 29 is simply ( 29 ) itself, as it is a prime number and cannot be factored into smaller positive integers. The repeated multiplication of 29, representing it as a product of itself, can be written as ( 29^1 ), which is just 29. If you were to express it with more than one factor, you could write ( 29 \times 1 ), but the essence remains that 29 is a singular factor.
Since 4 x 7 is 28, you know that 7 isn't a factor of 29. Since 29 is a prime number, you know that 7 isn't a factor of it. To be perfectly sure, divide 7 into 29. If the answer is an integer, it's a factor.
Divide 7 into 29. If the answer is an integer with no remainder, it's a factor.
7 and 29 are prime. Their only factors are one and themselves.
7
The GCF is 1.
No. 7 is not a factor of 58. The prime factors of 58 are 2 and 29.
1, 7, 29, 203
The factors of 203 are 1, 7, 29, and 203. The factor pairs of 203 are (1, 203) and (7, 29).
The Least Common Multiple of 29, 7 is 203.
133 = 7 x 19, 203 = 7 x 29. 23 and 29 are prime so HCF is 7
The prime factors of 91 are 7 and 13 The prime factors of 203 are 7 and 29 Therefore, the highest common factor of 91 and 203 is 7
It can be. 29 is a factor of 58.