In a square by definition all sides are equal, and the length of a side may be designated by s. The perimeter, 4s, is apparently stated to be equal to 9s - 15. given these conditions, 4s = 9s - 15; subtracting 4s and adding 15 5o each side results in 15 = 5s or s = 3. However, the language of the problem is ambiguous and could instead be interpreted as 4s = 9(s - 15). If that interpretation is used, 5s = 135, and s would equal 27.
Equation 1. f = 13sEquation 2. f + 9 = 4(s + 9) ie f + 9 = 4s + 36 ie f = 4s + 27Substitute for f: 13s = 4s + 27Subtract 4s from each side: 9s = 27Divide each side by 9: s = 3 so f = 39 ( in 9 years s = 12, f = 48)
Is -3 greater than 3 greater than seven
-8
943 is greater than 3 and 4.
The GCF of 9s and 63s^3 is 9s.
In a square by definition all sides are equal, and the length of a side may be designated by s. The perimeter, 4s, is apparently stated to be equal to 9s - 15. given these conditions, 4s = 9s - 15; subtracting 4s and adding 15 5o each side results in 15 = 5s or s = 3. However, the language of the problem is ambiguous and could instead be interpreted as 4s = 9(s - 15). If that interpretation is used, 5s = 135, and s would equal 27.
Equation 1. f = 13sEquation 2. f + 9 = 4(s + 9) ie f + 9 = 4s + 36 ie f = 4s + 27Substitute for f: 13s = 4s + 27Subtract 4s from each side: 9s = 27Divide each side by 9: s = 3 so f = 39 ( in 9 years s = 12, f = 48)
Is -3 greater than 3 greater than seven
6/5 is greater than 3/3 by 1/5
7
-8
943 is greater than 3 and 4.
-14
8 is greater than -38 > -3
9
No because 3 is greater than 1.8