120x1=120 120x2-240120x3=360120x4=480120x5=600120x6=720120x7=840120x8=960120x9=1080120x10-1200120x11=1320
1 Let its height be 12x and its width be 5x2 If: (2*12x*5x)+(2*12x*30)+(2*30) = 2520 sq cm3 Then: 120x2+720x+300x = 25204 And so: 120x2+1020x = 2520 => 120x2+1020x-2520 = 05 Solving the above quadratic equation gives x a positive value of 26 Therefore: height is 12*2 = 24 cm and width is 5*2 = 10 cm7 Volume: 24*10*30 = 7200 cubic cm8 Check: (2*24*10)+(2*24*30)+(2*10*30) = 2520 square cm
93
it is equal to equal lol:P
Yes. If equals are added to equals, then the results of the additions are equal.
12x
120x1=120 120x2-240120x3=360120x4=480120x5=600120x6=720120x7=840120x8=960120x9=1080120x10-1200120x11=1320
1 Let its height be 12x and its width be 5x2 If: (2*12x*5x)+(2*12x*30)+(2*30) = 2520 sq cm3 Then: 120x2+720x+300x = 25204 And so: 120x2+1020x = 2520 => 120x2+1020x-2520 = 05 Solving the above quadratic equation gives x a positive value of 26 Therefore: height is 12*2 = 24 cm and width is 5*2 = 10 cm7 Volume: 24*10*30 = 7200 cubic cm8 Check: (2*24*10)+(2*24*30)+(2*10*30) = 2520 square cm
To find the least common multiple (LCM) of 120 and 360 using number patterns, you can first list the prime factors of each number. The prime factorization of 120 is 2^3 * 3 * 5, and the prime factorization of 360 is 2^3 * 3^2 * 5. To find the LCM, you take the highest power of each prime factor that appears in either number. Therefore, the LCM of 120 and 360 is 2^3 * 3^2 * 5, which equals 720.
80 X 3= 240 120X2=240 80, 160, 240 120, 240 so it's 240
one equals
That 8 might equal D. Trashed. "Eight Equals D" is: 8=D Which is a penis smiley -.- ~ Skullcandy88
equals D repeater
(It's a penis) 8=====D 8 = balls D = head
93
93
27 equals 191