Understanding Fluid Grids

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What makes the system fluid?

If all of the relative widths were changed to fixed pixels, the layout would no longer adjust with the browser window. It could become too wide for smaller screens or leave extra unused space on larger screens.

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How does a fluid layout differ from a responsive layout?

A fluid layout changes size continuously as the browser window changes. A responsive layout uses breakpoints to change the layout at certain screen sizes. This grid stays in the same 12-column structure, so it's fluid instead of responsive.

Why are percentages, fractional units, or other relative measurements useful

Percentages and fractional units are useful because they can adjust to the available space. This allows the layout to grow and shrink instead of staying one fixed size.

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What would happen if all relative widths were changed to fixed pixels?

If all of the relative widths were changed to fixed pixels, the layout would no longer adjust with the browser window. It could become too wide for the smaller screens or leave extra unused space on larger screens.

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Why is 1440 pixels used as the maximum design standard?

A maximum width of 1440 pixels gives the layout enough room on larger screens without allowing the content to become too wide. The layout can still become smaller when the browswer window is smaller, but it stops growing once it reaches the maximum width.

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Different column spans can be combined to fill all twelve columns.

Sample content layout

A flexible reading column

A fluid grid uses proportions instead of fixed pixel widths. This article occupies eight of the twelve available columns, while its neighboring note takes four.

The grid container expands and contracts with its available width. A fixed 16-pixel gutter separates columns, keeping the spacing consistent as the columns flex.