A florist has 72 red roses and 40 white roses. If the florist creates the greatest number of identical bouquets possible with a combination of red and white roses without any roses leftover, how many white roses are in each bouquet?.

The number of white roses left in each bouquet is 5.

Explain the term Greatest Common Factor?

A group of numbers’ greatest common factor (GCF) is the biggest factor that almost all numbers have in common.

The biggest number it is a factor for two or more integers is known as the GCF.

You must identify the most prevalent common factor for this task (GCF).

The actions are:

1. Divide the supplied numbers into prime factors.

2. Select the usual ones, then multiply them.

The florist’s stock of 72 red roses with 40 white roses reveals what the most common factor is, which is:

72 = 2×2×2×3×3 = 2³×3²

40 = 2×2×2×5 = 2³×5

GCF = 2³

Divide this number of white roses in the first bouquet (40 roses) first by Greatest Common Factor to get how many white roses are in each arrangement.

The result is:

= 40 white roses / 8

= 5 white roses

Thus, number of white roses left in each bouquet is 5.

To know more about the Greatest Common Factor, here

white rosesleft in each bouquet is 5.## Explain the term Greatest Common Factor?

Greatest Common Factorto get how many white roses are in each arrangement.bouquetis 5.Greatest Common Factor, herehttps://brainly.com/question/219464