Multiples of 100

This page shows you all the multiples of 100 from 100 × 1 up to 100 × 50. You can quickly scan the table, use the calculator on the right, or just double-check your homework step by step.

Every time you change the number in the address bar (for example /99/ or /101/), the page refreshes with the correct multiples for that number.

Quick calculator

× =

Type any whole number, click “Calculate”, and the tool instantly shows the result for 100 multiplied by your input.

Table of multiples of 100 (1 to 50)

Here is a complete list of the first 50 multiples of 100. Each row shows the multiplication and the result so you can follow the pattern and use it for practice, mental math or checking your answers.

# Expression Result
1 100 × 1 100
2 100 × 2 200
3 100 × 3 300
4 100 × 4 400
5 100 × 5 500
6 100 × 6 600
7 100 × 7 700
8 100 × 8 800
9 100 × 9 900
10 100 × 10 1000
11 100 × 11 1100
12 100 × 12 1200
13 100 × 13 1300
14 100 × 14 1400
15 100 × 15 1500
16 100 × 16 1600
17 100 × 17 1700
18 100 × 18 1800
19 100 × 19 1900
20 100 × 20 2000
21 100 × 21 2100
22 100 × 22 2200
23 100 × 23 2300
24 100 × 24 2400
25 100 × 25 2500
26 100 × 26 2600
27 100 × 27 2700
28 100 × 28 2800
29 100 × 29 2900
30 100 × 30 3000
31 100 × 31 3100
32 100 × 32 3200
33 100 × 33 3300
34 100 × 34 3400
35 100 × 35 3500
36 100 × 36 3600
37 100 × 37 3700
38 100 × 38 3800
39 100 × 39 3900
40 100 × 40 4000
41 100 × 41 4100
42 100 × 42 4200
43 100 × 43 4300
44 100 × 44 4400
45 100 × 45 4500
46 100 × 46 4600
47 100 × 47 4700
48 100 × 48 4800
49 100 × 49 4900
50 100 × 50 5000

Because 100 is an even number, every result in this table is also even. You can see that the last digit repeats in a regular pattern, which makes it easier to spot mistakes when you are doing longer calculations.

Multiples of 100 often end in 0 or 5, which is why they show up so often in money and measurement problems. You can use this pattern to estimate answers in your head before you write them down.

A quick way to generate these multiples on your own is to start from 100 × 10 and move up or down in steps of 100. For example, once you know 100 × 20, you can get 100 × 19 or × 21 by subtracting or adding one more block of 100.