Conversion Table
Pixels | Viewport Width |
---|---|
8px | 0.8vw |
10px | 1vw |
12px | 1.2vw |
14px | 1.4vw |
16px | 1.6vw |
18px | 1.8vw |
20px | 2vw |
22px | 2.2vw |
24px | 2.4vw |
26px | 2.6vw |
28px | 2.8vw |
30px | 3vw |
32px | 3.2vw |
34px | 3.4vw |
36px | 3.6vw |
38px | 3.8vw |
40px | 4vw |
42px | 4.2vw |
44px | 4.4vw |
46px | 4.6vw |
48px | 4.8vw |
50px | 5vw |
52px | 5.2vw |
54px | 5.4vw |
56px | 5.6vw |
58px | 5.8vw |
60px | 6vw |
62px | 6.2vw |
64px | 6.4vw |
Differences Between px and vw
Pixels (px) are a fixed unit of measurement commonly used in digital displays. Viewport Width (vw) is a relative unit that scales based on the width of the viewport. One vw unit is equal to 1% of the viewport's width, making it useful for responsive design.
Advantages of Using vw
Using vw units allows for elements to scale proportionally to the viewport width, ensuring a responsive design that adapts to different screen sizes. This is particularly useful for full-width layouts and sections that need to be proportional to the viewport.
How to Convert px to vw
To convert pixels to vw, you need to know the viewport width. The formula for conversion is:
vw = (px / viewport width) * 100
For example, to convert 32px to vw, assuming a viewport width of 1000px:
(32px / 1000px) * 100 = 3.2vw
Frequently Asked Questions
Why should I use vw instead of px?
Using vw allows for more flexible and scalable layouts that adapt to the width of the viewport, making it ideal for responsive design.
How do I find the viewport width?
You can use JavaScript to get the viewport width dynamically. For example:
const viewportWidth = window.innerWidth;
Can I use vw for all elements?
Yes, vw can be used for many elements, especially for full-width sections or elements that need to scale with the viewport width. However, for fine-tuning certain elements, you might still use other units like em, rem, or px.