One example of such a sum involving positive integers is:
204/2 = 102
Yes. If you divide 102 by 3 you get 34. 3x34=102
102
To determine how many times 15 can go into 102, you would divide 102 by 15. The quotient of this division would be the number of times 15 can go into 102. In this case, 102 divided by 15 equals 6 with a remainder of 12, so 15 can go into 102 exactly 6 times.
Well, darling, 34 times 3 equals 102. Simple math, nothing fancy. Hope that helps, sugar.
To answer this you divide 102 by 94% 102 / .94 The answer is a non ending decimal. Rounded to the nearest tenth it is : 108.5
To find how many sixes go into 102, you divide 102 by 6. This calculation gives you 17, since 6 times 17 equals 102. Thus, there are 17 sixes in 102.
17Y = 102 divide both sides integers by 17 (17/17)Y = 102/17 Y = 6 ------------check in original equation 17(6) = 102 102 = 102 ----------------checks
2f + 8 = 102 Subtract 8 from both sides: 2f = 94 Divide both sides by 2: f = 47
Oh, dude, you just gotta divide 102 by 120 to find out what number that is. So, like, 102 divided by 120 equals 0.85. So, 120 times 0.85 is 102. Boom, math-ed!
Yes. If you divide 102 by 3 you get 34. 3x34=102
186
102
1632 divide by 16 = 102
100 cm = 1 meter 102 cm = 1.02 meter
To determine how many times 15 can go into 102, you would divide 102 by 15. The quotient of this division would be the number of times 15 can go into 102. In this case, 102 divided by 15 equals 6 with a remainder of 12, so 15 can go into 102 exactly 6 times.
102 multiplied by 2 equals 204.
51 x 2 = 102