    0

# Which pair of numbers is the greatest common factor 8 2 and 4 7 and 15 32 and 64and 56 and 72?

Updated: 9/24/2023 Wiki User

8y ago

8 is the GCF of 56 and 72. Wiki User

8y ago   Wiki User

8y ago

56,72   Earn +20 pts
Q: Which pair of numbers is the greatest common factor 8 2 and 4 7 and 15 32 and 64and 56 and 72?
Submit
Still have questions?  Related questions

### What are the common factors of 24 64and 88?

The common factors are: 1, 2, 4, 8.

34.5

The GCF is 32.

The GCF is 16.

### How many keys keyboard and a piano?

keyboard 64and piano 88

### How do you play Super Mario 64?

You need to download a project 64and a super Mario 64 ROM.

### What is the LCM of 64and 72?

To calculate the LCM, you first have to split the numbers up into their prime factors: 64 = 2x2x2x2x2x2 72 = 2x2x2x3x3 The next step is to calculate the HCF. In this case it will be 2x2x2 = 8. Finally, you multiply the two numbers and divide by the HCF: 64x72/8 = 576 And therefore the LCM of 64 and 72 is 576.

### What number is 63 less than 8 times itself?

If i understand you correctly, 8 times itself is 8 * 8 = 64and 64 - 63 = 1

### What is the definition of a square number?

A square number or 'perfect square' is an integer that is the product of two identical positive integers. In other words, it is a number equal to a positive whole number multiplied by itself. Some examples:1 = 1 x 14 = 2 x 29 = 3 x 316 = 4 x 425 = 5 x 536 = 6 x 6a square number is a number mutiplied by it self7 x 7= 498 x 8= 64and so on

### What should a 5 foot 9 inches 66 year old male weigh?

Small Frame = 142 lbs. - 151 lbs. Medium Frame = 148 lbs. - 160 lbs. and Large Frame = 155 lbs. - 179 lbs. Statistics for Average Young Men who are 5'9" tall. So if you're 39 years old give yourself a little leeway.

### What is the 8-bit binary equivalent of a given decimal number?

An eight-bit binary equivalent to a given decimal number is a number that is expressed in base two arithmetic rather than base ten. Because we're only dealing with eight bits though, the largest decimal value that we can represent is 255, which would be expressed as 11111111.To express a number, you will place a 1 in the position for a number of values (powers of 2) that add up to the decimal number. The right-most digit is 20 (1) followed by columns (moving left) for 2, 4, 8, 16, 32, 64, and 128.For example 00000011 would be 3, which is the sum of 21 and 20, 2+1.Writing a Binary Equivalent (Left to Right)To find the binary equivalent to a decimal number, there is an easy trick:take any number, let's go with 237, and find the largest power of two that is less than that number. In the case of 237, that largest power of two below it would be 128, or 27.237 - 128 = 109Because we could make that subtraction, we'll write down the number 1:1Now we take that power of two we subtracted, and divide it by two:128 / 2 = 64And check to see if we can subtract from the result of our previous subtraction, 109. In this case we can, as 64 < 109, so we can do the subtraction:109 - 64 = 45And write down another number 1:11We repeat this process, this time with the number 32. Again it's smaller than our tally, 45, so we again subtract it, and add 1 to our number:45 - 32 = 13and our number becomes:111our next power of two is 16, but we can't subtract that from our tally - 13 - as that would give us a negative number. Instead, we'll not subtract it, and add a zero to our number:1110then we have 8, which is indeed smaller than 13, so we get:13 - 8 = 511101And again with 4:5 - 4 = 1111011Two is another case where we can't subtract it, as it's bigger than our tally:1110110And finally, we have our final number, 1, which we can indeed subtract from our tally, giving us the final number:11101101