1 x 93 = 93 2 x 93 = 186 3 x 93 = 279 4 x 93 = 372 5 x 93 = 465 6 x 93 = 558 7 x 93 = 651 8 x 93 = 744 9 x 93 = 837 10 x 93 = 930 11 x 93 = 1023 12 x 93 = 1116
93 x 5 = 465
93 X45 3720 ( 40 x 93) +465 ( 5 x 93) ==== 4185 ===== The answer by 'Long Multiplication
4 x 21 = 84 with a remainder of 9
1 x 93, 3 x 31.
1 x 93 = 93 2 x 93 = 186 3 x 93 = 279 4 x 93 = 372 5 x 93 = 465 6 x 93 = 558 7 x 93 = 651 8 x 93 = 744 9 x 93 = 837 10 x 93 = 930 11 x 93 = 1023 12 x 93 = 1116
4 x 4! - (4/.4)
The factor pairs of 93 are 1 x 93 and 3 x 31
Note that we can factor these terms to: 4 = 2² 24 = 4 x 6 = 2² x 2 x 3 = 2³ x 3 93 = 3 x 31 Select the prime factors with the largest exponent out of the three factorization. You should get: 2³ x 3 x 31 = 744
1 x 93, 3 x 31, 31 x 3, 93 x 1.
0.015 x 93 = 1.4
93 x 6= 558
93 x 5 = 465
1 x 372, 2 x 186, 3 x 124, 4 x 93, 6 x 62, 12 x 31.
1 x 93, 3 x 31
You would write it as 93
93 X45 3720 ( 40 x 93) +465 ( 5 x 93) ==== 4185 ===== The answer by 'Long Multiplication