200 px is equal to 150 pt.
The conversion from pixels (px) to points (pt) depends on the standard screen resolution where 1 inch equals 96 pixels and 72 points. By using the ratio between these units, 200 pixels converts to 150 points.
Conversion Tool
Result in pt:
Conversion Formula
The formula to convert pixels (px) to points (pt) is:
pt = px × (72 / 96)
This formula works because screens commonly use 96 pixels per inch (ppi), while points are defined as 1/72 of an inch. So, converting pixels to points requires adjusting by the ratio of 72 points per inch to 96 pixels per inch.
Example calculation for 200 px:
- Start with 200 px
- Multiply by 72/96 (or 0.75)
- 200 × 0.75 = 150 pt
Conversion Example
- Convert 120 px to pt:
- 120 × (72 / 96) = 120 × 0.75
- = 90 pt
- Convert 50 px to pt:
- 50 × 0.75 = 37.5 pt
- Convert 300 px to pt:
- 300 × 0.75 = 225 pt
- Convert 75 px to pt:
- 75 × 0.75 = 56.25 pt
- Convert 10 px to pt:
- 10 × 0.75 = 7.5 pt
Conversion Chart
The chart below shows pixel values from 175.0 to 225.0 and their corresponding point values. You can use this chart to quickly find approximate conversions without calculations.
Pixels (px) | Points (pt) |
---|---|
175.0 | 131.25 |
180.0 | 135.00 |
185.0 | 138.75 |
190.0 | 142.50 |
195.0 | 146.25 |
200.0 | 150.00 |
205.0 | 153.75 |
210.0 | 157.50 |
215.0 | 161.25 |
220.0 | 165.00 |
225.0 | 168.75 |
Related Conversion Questions
- How many points are in 200 pixels on a standard screen?
- What is the point equivalent of 200 px for print design?
- Is 200 pixels larger or smaller than 200 points?
- How do I convert 200 px to pt in CSS?
- Why does 200 px equal 150 pt when converting units?
- Can 200 pixels be directly used as 200 points in typography?
- How to calculate the size in points for 200 pixels on different displays?
Conversion Definitions
px (Pixel): A pixel is the smallest unit of a digital image or display, representing a single point in a raster image. On screens, pixels form the grid that composes images and interface elements. Its size can vary depending on screen resolution and density.
pt (Point): A point is a unit of measurement used in typography and printing, equal to 1/72 of an inch. Points measure font size, line spacing, and graphic elements in print and digital documents, providing consistent sizing across devices and media.
Conversion FAQs
Does the pixel to point conversion change with screen resolution?
No, the conversion formula assumes a standard 96 pixels per inch (ppi) screen resolution. If a device has a different ppi, the visual size may differ but the mathematical conversion for CSS or print remains based on 96 ppi and 72 points per inch.
Can I use points instead of pixels for web design?
While points can be used in CSS, pixels are more common for screen layouts because they correspond directly to screen pixels. Points are better suited for print or when targeting physical measurements, but on screens, pixel units ensure more predictable rendering.
Why is 1 point equal to 1/72 inch?
The point has been a standard print measurement for centuries, defined by the American point system as 1/72 inch. This standardization provides precise control over typography and layout in printed materials and digital documents using print-like units.
Does zooming in a browser affect px to pt conversion?
Zooming changes the visual size of elements but does not alter the underlying unit conversion. 200 px still mathematically equals 150 pt, but on zoomed views, the rendered size appears larger or smaller depending on zoom level.
Is the conversion formula the same for all devices?
The formula works for typical screens using 96 ppi. Some high-density or retina displays have more pixels per inch, making pixel sizes physically smaller, but the conversion formula remains standard for layout calculations.
Last Updated : 25 June, 2025


Sandeep Bhandari holds a Bachelor of Engineering in Computers from Thapar University (2006). He has 20 years of experience in the technology field. He has a keen interest in various technical fields, including database systems, computer networks, and programming. You can read more about him on his bio page.