Jill wants to put 45 sunflower plants, 81 corn plants, and 63 tomato plants in her garden. if she puts the same number of plants in each row and if each row has one type of plant, what is the greatest number of plants Jill can put in one row?
I have no idea what your saying but okay.
What is a common factor of
45
81
63?
I need help
Follow me on TikTok at kendall_pischel
fhjh
\wfcjfjeqjkqa
jhdfjhbifhd hbnsfkjn jhfdioahsgiohisituw8au ytu4eioatugeruhdijghjvdbhc kny8gu89wepit[sdhaibjiaejrihb agiu rwut89327890 tui hangp
kbp[erkq]bop]tj ihuiwrughuerhgiqo[h gi35 q8uy85yiohorihbiojaiguowugieyhginhvrubhn tuioewig ehgriehu grhug ighrghi'uwiugoi aphgio;ghrjkl.nfdjvidaourf90qey51979340[ hy8[qhu[hgigr;ne iuht48w9u t092yu803wy hu4hguiopU n y4h8vj I{t
It will be 9 since you have to find the Hcf to retrieve the answer 9 as the product of common prime factors of the given numbers
To find the greatest number of plants Jill can put in one row, we need to find the greatest common divisor (GCD) of the given number of plants for each type.
In this case, we need to find the GCD of 45, 81, and 63. One way to find the GCD is by listing the factors of each number and finding the largest factor that they all share.
Let's start by finding the factors of each number:
Factors of 45: 1, 3, 5, 9, 15, 45
Factors of 81: 1, 3, 9, 27, 81
Factors of 63: 1, 3, 7, 9, 21, 63
Looking at the factors, we can see that the largest factor shared by all three numbers is 9. Hence, the greatest number of plants Jill can put in one row is 9.
Therefore, Jill can put a maximum of 9 plants in one row.