Finding the Greatest Common Factor of Whole Numbers Find the GCF of each using the prime factorization ol each whole number. Do not use exponents.
I) 33, 22
2) 41. 22
3) 30, 20
4) 45, 33
5) 27, 33
6) 7. 33
7) 32, 48
8) 24, 48
9) 30, 40
10) 44, 22
11) 5, 92
12) 12, 80
13) 70, 28
14) 50.7
15) 48, 72
16) 80, 40
17) 100, 40
18) 91, 98
19) 77, 98
20) 60, 72
21) 12, 18, 60
22) 24, 60, 48
23) 45, 60, 30
24) 18, 20, 44
25) 56, 32, 48
26) 22, 55, 44
27) 35, 42, 49
28) 52, 24, 60
29) 12, 48, 24
30) 42, 28, 56​

this linear equation would have just one solution.

step-by-step explanation:

the reason why this would have one solution is that it is an expression with just one variable. since that variable is not raised to a power, it will always have just one solution.

$320 to $405

step by step explanation:

in one day he earns between $64 and $81

therefore if he works for 5 days, he will earn between 64 x 5 to 81 x 5

= $320 to $405

assuming this is from a math graphing problem.

7 would be on the x-axis which is the horizontal line on the graph

84 would be on the y-axis which is the vertical line on the graph