Suppose there are R rectangles and T trapezoids. Then R + T = 540 and T = R + 120 Substituting this value of T in the previous equation gives R + (R + 120) = 540 or 2R + 120 = 540 so that 2R = 420 or R = 210. Then T = R + 120 gives T = 210 + 120 = 330.
The GCF is: 60
540/1440=108/288=54/144=27/72=3/8
1 over 120
12% of 540= 12% * 540= 0.12 * 540= 64.8
1080
Suppose there are R rectangles and T trapezoids. Then R + T = 540 and T = R + 120 Substituting this value of T in the previous equation gives R + (R + 120) = 540 or 2R + 120 = 540 so that 2R = 420 or R = 210. Then T = R + 120 gives T = 210 + 120 = 330.
Multiplying 120 cm by 4.5 will yield a result of 540 cm, or 5.4 m. We can do this in steps: 120+120+120+120 = 480, and one half of 120 is 60, so add that on for the 0.5, to get 480+60=540.
The GCF is: 60
540 of them.
540/600 = 90%
540/752 = 135/188
66/540 = 11/90
540/36 = 15/1 = 15
120, 180, 240, 300, 360, 420, 480, 540 +60 . . .
9/540 = 1/60
60, 120, 180, 240, 300, 360, 420, 480, 540 . . .