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1 x 47 and 47 x 1 (47 is a prime number).

1 x 47, 47 x 1

1 x 47, 47 x 1

1 x 47 = 47

47 x 1 47 x 11 47 x 21 etc.

95

1 x 94, 2 x 47, 47 x 2, 94 x 1.

94 = 1 x 94, 2 x 47, 47 x 2, 94 x 1.

1 x 141, 3 x 47, 47 x 3, 141 x 1

1 x 94, 2 x 47, 47 x 2, 94 x 1.

The first three positive integer multiples of 47 are: 47 x 1 = 47 47 x 2 = 94 47 x 3 = 141

47 x 1

x + 5x + 5 = 47 6x = 42 x = 7 x + 1 = 8

47 x 1 = 47 47 x 2 = 94 47 x 3 = 141 47 x 4 = 188 47 x 5 = 235 47 x 6 = 282 47 x 7 = 329 47 x 8 = 376 47 x 9 = 423 47 x 10 = 470 47 x 11 = 517 47 x 12 = 564 47 x 13 = 611 47 x 14 = 658 47 x 15 = 705 47 x 16 = 752 47 x 17 = 799 47 x 18 = 846 47 x 19 = 893 47 x 20 = 940 47 x 21 = 987 47 x 22 = 1034 47 x 23 = 1081 47 x 24 = 1128 47 x 25 = 1175 47 x 26 = 1222 47 x 27 = 1269 47 x 28 = 1316 47 x 29 = 1363 47 x 30 = 1410 47 x 31 = 1457 47 x 32 = 1504 47 x 33 = 1551 47 x 34 = 1598 47 x 35 = 1645 47 x 36 = 1692 47 x 37 = 1739 47 x 38 = 1786 47 x 39 = 1833 47 x 40 = 1880 47 x 41 = 1927 47 x 42 = 1974 47 x 43 = 2021 47 x 44 = 2068 47 x 45 = 2115 47 x 46 = 2162 47 x 47 = 2209 47 x 48 = 2256 47 x 49 = 2303 47 x 50 = 2350 47 x 51 = 2397 47 x 52 = 2444 47 x 53 = 2491 47 x 54 = 2538 47 x 55 = 2585 47 x 56 = 2632 47 x 57 = 2679 47 x 58 = 2726 47 x 59 = 2773 47 x 60 = 2820 47 x 61 = 2867 47 x 62 = 2914 47 x 63 = 2961 47 x 64 = 3008 47 x 65 = 3055 47 x 66 = 3102 47 x 67 = 3149 47 x 68 = 3196 47 x 69 = 3243 47 x 70 = 3290 47 x 71 = 3337 47 x 72 = 3384 47 x 73 = 3431 47 x 74 = 3478 47 x 75 = 3525 47 x 76 = 3572 47 x 77 = 3619 47 x 78 = 3666 47 x 79 = 3713 47 x 80 = 3760 47 x 81 = 3807 47 x 82 = 3854 47 x 83 = 3901 47 x 84 = 3948 47 x 85 = 3995 47 x 86 = 4042 47 x 87 = 4089 47 x 88 = 4136 47 x 89 = 4183 47 x 90 = 4230 47 x 91 = 4277 47 x 92 = 4324 47 x 93 = 4371 47 x 94 = 4418 47 x 95 = 4465 47 x 96 = 4512 47 x 97 = 4559 47 x 98 = 4606 47 x 99 = 4653 47 x 100 = 4700

47 is prime, so its factorization is 47 = 47 x 1

100% = 46873 1% = 46873/100 47% = (46873/100) x 47 = 468.73 x 47 = 22030.31

47 = (4 x 10) + (7 x 1)

47 = (4 x 10) + (7 x 1)

1, 3, 9, 47, 141, 423: (1 x 423, 3 x 141, 9 x 47)

That doesn't factor neatly. Applying the quadratic equation, we find two imaginary solutions: (1 plus or minus the square root of -47) divided by 6.x = 0.16666 + 1.142609100066840i = 1st root = r1x = 0.16666 - 1.142609100066840i = 2nd root = r2where i is the square root of negative one. Then factor as (x - r1)(x - r2)Or you can complete the square to transform the trinomial into the difference of the squares3x2 - x + 4 factor out 3= 3(x2 -(1/3)x + 4/3) add and subtract (1/6)2= 3[x2 -(1/3)x + (1/6)2 - 1/36 + 4/3] simplify= 3[(x - 1/6)2 + 47/36] write 47/36 = - (-47/36) = - (√-1√47/6)2 = - (i√47/6)2= 3[(x - 1/6)2 - (i√47/6)2] write the difference of the squares= 3[(x - 1/6) - (i√47/6)][(x - 1/6) + (i√47/6)]= 3[(x - (1 + i√47)/6)][(x - (1 - i√47)/6].

1 x 141= 141 3 x 1= 3 141/3= 47

If you only want to see whole numbers, then the only possibilities are 1 x 47 and (-1) x (-47).

188/2 = 94/2 = 47/47 = 1 2 x 2 x 47 = 188

47 is a prime number. The only factor pair is 1 x 47.

(48/47) x (47/46) x (46/45) x . . . . . x (3/2) x (2/1) =(48 x 47 x 46 x . . . . . x 3 x 2) / (47 x 46 x 45 x . . . . . x 2 x 1) =48.Every factor less than 48 in the numerator is canceled by the same numberappearing once in the denominator.Another way to write this thing is (48!)/(47!) which is 48.