2/3 x 129 = 86
129= 86 x 3/2 . If you want only 4s then 129 = 86 x(4+4+4)/(4+4) etc
xy=-24 x+y=15 if y is not 0 x=24/y and y+24/y=15 y2+24=15y => y2-15y+24=0, delta = (-15)2 - 4 x 1 x 24 = 129 y = (-(-15)±sqrt(129)/(2 x 1) = (15±sqrt(129))/2 and then x = 24/y = 48/(15±sqrt(129)
129 x 150 = 19,350 19,350 / 2 = 9,675 Average = 9,675
1 x 258 2 x 129 3 x 86 6 x 43
2/3 x 129 = 86
129= 86 x 3/2 . If you want only 4s then 129 = 86 x(4+4+4)/(4+4) etc
1, 3, 43, 129: (1 x 129, 3 x 43, 43 x 3, 129 x 1)
xy=-24 x+y=15 if y is not 0 x=24/y and y+24/y=15 y2+24=15y => y2-15y+24=0, delta = (-15)2 - 4 x 1 x 24 = 129 y = (-(-15)±sqrt(129)/(2 x 1) = (15±sqrt(129))/2 and then x = 24/y = 48/(15±sqrt(129)
129 - 30% = 129 x (1 - (30/100)) = 129 x 0.7 = 90.3
129 x 150 = 19,350 19,350 / 2 = 9,675 Average = 9,675
1 x 129, 3 x 43.
1 x 258 2 x 129 3 x 86 6 x 43
Let's represent the three consecutive odd numbers as x, x+2, and x+4. Since odd numbers are always 2 units apart, we can express them this way. Adding these three numbers together, we get x + (x+2) + (x+4) = 129. Combining like terms, we have 3x + 6 = 129. Solving for x, we find x = 41. Therefore, the three consecutive odd numbers are 41, 43, and 45.
10%x = x/10. 129/10 = 12.9
1.29 x 102 is.
129 x 18 = 2,322