List of Prime Numbers from 1 to 5000 – Prime Numbers Explained

First few prime numbers are 2, 3, 5, 7, 11, 13 and so on, check the complete list of prime numbers from 1 to 5000, 1 is not prime number as it has only 1 factor

List of Prime Numbers

Prime numbers are positive integers greater than 1 that have no divisors other than 1 and themselves. In other words, a prime number is a natural number that cannot be formed by multiplying two smaller natural numbers. For example, the first few prime numbers are 2, 3, 5, 7, 11, 13, and so on. Check the complete list of prime numbers from 1 to 5000.

Here’s a more formal definition: A positive integer p is considered prime if and only if its only positive divisors are 1 and p itself. If a positive integer n has divisors other than 1 and itself, it is called a composite number. For instance: The numbers 2 and 3 are prime numbers because its only divisors are 1 and 2 & 1 and 3 respectively. The number 4 is not a prime number because it has divisors 1, 2, and 4.

Prime numbers play a fundamental role in number theory and have applications in various fields including cryptography, computer science, and mathematics. The distribution of prime numbers is a complex topic that has fascinated mathematicians for centuries.

List of Prime Numbers (1-5000)

S.No Prime Number
1 2
2 3
3 5
4 7
5 11
6 13
7 17
8 19
9 23
10 29
11 31
12 37
13 41
14 43
15 47
16 53
17 59
18 61
19 67
20 71
21 73
22 79
23 83
24 89
25 97
26 101
27 103
28 107
29 109
30 113
31 127
32 131
33 137
34 139
35 149
36 151
37 157
38 163
39 167
40 173
41 179
42 181
43 191
44 193
45 197
46 199
47 211
48 223
49 227
50 229
51 233
52 239
53 241
54 251
55 257
56 263
57 269
58 271
59 277
60 281
61 283
62 293
63 307
64 311
65 313
66 317
67 331
68 337
69 347
70 349
71 353
72 359
73 367
74 373
75 379
76 383
77 389
78 397
79 401
80 409
81 419
82 421
83 431
84 433
85 439
86 443
87 449
88 457
89 461
90 463
91 467
92 479
93 487
94 491
95 499
96 503
97 509
98 521
99 523
100 541
101 547
102 557
103 563
104 569
105 571
106 577
107 587
108 593
109 599
110 601
111 607
112 613
113 617
114 619
115 631
116 641
117 643
118 647
119 653
120 659
121 661
122 673
123 677
124 683
125 691
126 701
127 709
128 719
129 727
130 733
131 739
132 743
133 751
134 757
135 761
136 769
137 773
138 787
139 797
140 809
141 811
142 821
143 823
144 827
145 829
146 839
147 853
148 857
149 859
150 863
151 877
152 881
153 883
154 887
155 907
156 911
157 919
158 929
159 937
160 941
161 947
162 953
163 967
164 971
165 977
166 983
167 991
168 997
169 1009
170 1013
171 1019
172 1021
173 1031
174 1033
175 1039
176 1049
177 1051
178 1061
179 1063
180 1069
181 1087
182 1091
183 1093
184 1097
185 1103
186 1109
187 1117
188 1123
189 1129
190 1151
191 1153
192 1163
193 1171
194 1181
195 1187
196 1193
197 1201
198 1213
199 1217
200 1223
201 1229
202 1231
203 1237
204 1249
205 1259
206 1277
207 1279
208 1283
209 1289
210 1291
211 1297
212 1301
213 1303
214 1307
215 1319
216 1321
217 1327
218 1361
219 1367
220 1373
221 1381
222 1399
223 1409
224 1423
225 1427
226 1429
227 1433
228 1439
229 1447
230 1451
231 1453
232 1459
233 1471
234 1481
235 1483
236 1487
237 1489
238 1493
239 1499
240 1511
241 1523
242 1531
243 1543
244 1549
245 1553
246 1559
247 1567
248 1571
249 1579
250 1583
251 1597
252 1601
253 1607
254 1609
255 1613
256 1619
257 1621
258 1627
259 1637
260 1657
261 1663
262 1667
263 1669
264 1693
265 1697
266 1699
267 1709
268 1721
269 1723
270 1733
271 1741
272 1747
273 1753
274 1759
275 1777
276 1783
277 1787
278 1789
279 1801
280 1811
281 1823
282 1831
283 1847
284 1861
285 1867
286 1871
287 1873
288 1877
289 1879
290 1889
291 1901
292 1907
293 1913
294 1931
295 1933
296 1949
297 1951
298 1973
299 1979
300 1987
301 1993
302 1997
303 1999
304 2003
305 2011
306 2017
307 2027
308 2029
309 2039
310 2053
311 2063
312 2069
313 2081
314 2083
315 2087
316 2089
317 2099
318 2111
319 2113
320 2129
321 2131
322 2137
323 2141
324 2143
325 2153
326 2161
327 2179
328 2203
329 2207
330 2213
331 2221
332 2237
333 2239
334 2243
335 2251
336 2267
337 2269
338 2273
339 2281
340 2287
341 2293
342 2297
343 2309
344 2311
345 2333
346 2339
347 2341
348 2347
349 2351
350 2357
351 2371
352 2377
353 2381
354 2383
355 2389
356 2393
357 2399
358 2411
359 2417
360 2423
361 2437
362 2441
363 2447
364 2459
365 2467
366 2473
367 2477
368 2503
369 2521
370 2531
371 2539
372 2543
373 2549
374 2551
375 2557
376 2579
377 2591
378 2593
379 2609
380 2617
381 2621
382 2633
383 2647
384 2657
385 2659
386 2663
387 2671
388 2677
389 2683
390 2687
391 2689
392 2693
393 2699
394 2707
395 2711
396 2713
397 2719
398 2729
399 2731
400 2741
401 2749
402 2753
403 2767
404 2777
405 2789
406 2791
407 2797
408 2801
409 2803
410 2819
411 2833
412 2837
413 2843
414 2851
415 2857
416 2861
417 2879
418 2887
419 2897
420 2903
421 2909
422 2917
423 2927
424 2939
425 2953
426 2957
427 2963
428 2969
429 2971
430 2999
431 3001
432 3011
433 3019
434 3023
435 3037
436 3041
437 3049
438 3061
439 3067
440 3079
441 3083
442 3089
443 3109
444 3119
445 3121
446 3137
447 3163
448 3167
449 3169
450 3181
451 3187
452 3191
453 3203
454 3209
455 3217
456 3221
457 3229
458 3251
459 3253
460 3257
461 3259
462 3271
463 3299
464 3301
465 3307
466 3313
467 3319
468 3323
469 3329
470 3331
471 3343
472 3347
473 3359
474 3361
475 3371
476 3373
477 3389
478 3391
479 3407
480 3413
481 3433
482 3449
483 3457
484 3461
485 3463
486 3467
487 3469
488 3491
489 3499
490 3511
491 3517
492 3527
493 3529
494 3533
495 3539
496 3541
497 3547
498 3557
499 3559
500 3571
501 3581
502 3583
503 3593
504 3607
505 3613
506 3617
507 3623
508 3631
509 3637
510 3643
511 3659
512 3671
513 3673
514 3677
515 3691
516 3697
517 3701
518 3709
519 3719
520 3727
521 3733
522 3739
523 3761
524 3767
525 3769
526 3779
527 3793
528 3797
529 3803
530 3821
531 3823
532 3833
533 3847
534 3851
535 3853
536 3863
537 3877
538 3881
539 3889
540 3907
541 3911
542 3917
543 3919
544 3923
545 3929
546 3931
547 3943
548 3947
549 3967
550 3989
551 4001
552 4003
553 4007
554 4013
555 4019
556 4021
557 4027
558 4049
559 4051
560 4057
561 4073
562 4079
563 4091
564 4093
565 4099
566 4111
567 4127
568 4129
569 4133
570 4139
571 4153
572 4157
573 4159
574 4177
575 4201
576 4211
577 4217
578 4219
579 4229
580 4231
581 4241
582 4243
583 4253
584 4259
585 4261
586 4271
587 4273
588 4283
589 4289
590 4297
591 4327
592 4337
593 4339
594 4349
595 4357
596 4363
597 4373
598 4391
599 4397
600 4409
601 4421
602 4423
603 4441
604 4447
605 4451
606 4457
607 4463
608 4481
609 4483
610 4493
611 4507
612 4513
613 4517
614 4519
615 4523
616 4547
617 4549
618 4561
619 4567
620 4583
621 4591
622 4597
623 4603
624 4621
625 4637
626 4639
627 4643
628 4649
629 4651
630 4657
631 4663
632 4673
633 4679
634 4691
635 4703
636 4721
637 4723
638 4729
639 4733
640 4751
641 4759
642 4783
643 4787
644 4789
645 4793
646 4799
647 4801
648 4813
649 4817
650 4831
651 4861
652 4871
653 4877
654 4889
655 4903
656 4909
657 4919
658 4931
659 4933
660 4937
661 4943
662 4951
663 4957
664 4967
665 4969
666 4973
667 4987
668 4993
669 4999

There are 669 prime numbers between 1 to 5000 and 2 is the first prime number. Why is 1 not a prime number? 1 is not a prime number because it has only one factor, namely 1.

Also Read: Perfect Squares List

Specialty of Prime Numbers

  • Uniqueness: Every positive integer greater than 1 can be uniquely expressed as a product of prime numbers, up to the order of the factors. This is known as the Fundamental Theorem of Arithmetic.
  • Infinitude of Primes: There are infinitely many prime numbers. This was proven by the ancient Greek mathematician Euclid around 300 BCE. His proof is a classic example of a proof by contradiction.
  • Prime Factorization: Finding the prime factorization of a number involves breaking down that number into a product of prime factors. This process is essential in many mathematical operations, including simplifying fractions and finding the greatest common divisor (GCD) of two numbers.
  • Twin Primes: Twin primes are pairs of prime numbers that have a difference of 2. For example, (3, 5), (11, 13), and (17, 19) are twin prime pairs. The Twin Prime Conjecture proposes that there are infinitely many twin prime pairs, but this has not been proven yet.
    Prime Number Theorem: The Prime Number Theorem, formulated by mathematicians like Jacques Hadamard and Charles Jean de la Vallée-Poussin, describes the asymptotic distribution of prime numbers. It gives an estimate of how the density of prime numbers decreases as numbers get larger.
  • Prime Numbers and Cryptography: Prime numbers are crucial in modern cryptography. Public-key cryptography algorithms like RSA rely on the difficulty of factoring the product of two large prime numbers. This forms the basis of secure communication over the internet.
  • Mersenne Primes: Mersenne primes are prime numbers that can be written in the form 2p – 1 where p is also a prime number. These primes have an intriguing connection to perfect numbers and are often studied for their mathematical properties.
  • Prime Sieves: Prime sieves are algorithms designed to efficiently find all prime numbers up to a certain limit. The Sieve of Eratosthenes is one of the most well-known prime sieves, and it’s a simple method for identifying primes.
  • Prime Gap: The prime gap refers to the difference between consecutive prime numbers. While the prime distribution seems somewhat random, there are still open questions about how large prime gaps can be.
  • Prime Number Patterns: While prime numbers themselves don’t follow a predictable pattern (a property known as the “randomness” of primes), there are some patterns and conjectures related to their distribution. However, proving these conjectures remains a challenge.

Also Read: Perfect Cubes List

Prime numbers remain a rich area of study in mathematics, and they continue to captivate mathematicians and researchers around the world due to their unique properties and implications in various fields.

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