Fluid grids and flexible layouts MCQs

The primary goal of using fluid grids in responsive web design is to adapt the layout to different screen sizes and resolutions, making it flexible and responsive.

A fluid grid in responsive web design is a grid that adjusts its column widths based on the screen size, allowing for a flexible layout.

The flexbox property in CSS allows you to create a flexible and responsive grid layout, making it easier to arrange content in a responsive manner.

In a fluid grid system, a column width is typically relative to the width of the viewport or the container.

In fluid grids and responsive web design, a "breakpoint" is a point where the layout and design of a webpage adapt to different screen sizes to ensure a good user experience.

The em unit in CSS is commonly used for creating flexible and responsive layouts in fluid grids. It is relative to the font size of the parent element.

The max-width property in a fluid grid layout sets the maximum width of an element, preventing it from exceeding that width.

The max-width property is commonly used to make an image scale fluidly with its parent container in a responsive layout.

Percentage-based widths in fluid grids allow elements to scale proportionally with their parent container, making the layout responsive.

Media queries in fluid grid-based responsive design are used to adapt the layout and styling based on the device's characteristics, such as screen size and orientation.

The flex-wrap property in a responsive flexbox layout specifies whether flex items should wrap to the next line when they exceed the container's width.

In a responsive grid layout, you can ensure that the number of columns adjusts based on the screen size by using percentage-based widths for the columns.

The flex-grow property in a responsive flexbox layout controls the growth factor for flex items within the container, determining how they share available space.

Relative units like em and rem in responsive typography allow you to adjust font sizes based on the viewport's width, ensuring readability and consistency.

In a responsive layout, the CSS overflow property is used to control how elements

Percentage-based widths in a fluid grid layout allow elements to scale proportionally with their parent container, making the layout responsive.

In a fluid grid layout, the CSS min-width property prevents elements from growing beyond a specified minimum width.

The em unit in CSS is commonly used for creating flexible and responsive typography in fluid grids and layouts. It is relative to the font size of the parent element.

The CSS max-height property in a fluid grid layout sets the maximum height of an element, limiting its height.

The flex-shrink property in a responsive flexbox layout controls how flex items shrink when there is limited space within the container.

Relative units like em and rem in responsive typography for fluid layouts allow you to adjust font sizes based on the viewport's width, ensuring readability and flexibility.

In a fluid grid layout, the CSS min-height property prevents elements from shrinking below a specified minimum height.

The column-span property in a fluid grid layout is used to make an element span multiple columns, allowing for more complex column layouts.

Media queries in fluid grid-based responsive design are used to adapt the layout and styling based on the device's characteristics, such as screen size and orientation.

In a fluid grid layout, the CSS flex-basis property controls the size of a flex item in the main axis, allowing you to specify its initial size.

The CSS overflow-x property controls the horizontal overflow of an element in a responsive layout, determining how content that overflows the element is displayed.

The flex-flow property in a responsive flexbox layout specifies the flow of flex items and whether they should wrap when they exceed the container's width.

A "fluid layout" in responsive web design refers to a layout that adapts to different screen sizes and resolutions, making it flexible and responsive.

The flex-wrap property in a responsive flexbox layout specifies whether flex items should wrap to the next line when they exceed the container's width.

In responsive web design, the "viewport" refers to the visible area of a webpage in the browser, which can be different from the device's physical screen.

The rem unit in CSS is relative to the root element's font size, while the em unit is relative to the parent element's font size.

A "viewport meta tag" in responsive web design is used to control the initial scale of the webpage on mobile devices, ensuring proper viewport settings.

The flex-grow property in a responsive flexbox layout controls the growth factor for flex items within the container, determining how they share available space.

In responsive web design, a "media query" is a set of rules for applying styles based on the device's characteristics, such as screen size and orientation.

The flex-basis property in a responsive flexbox layout controls the size of a flex item in the main axis, allowing you to specify its initial size.

The max-width property in a responsive layout sets the maximum width of an element, preventing it from exceeding that width.

In a fluid grid layout, the CSS max-height property sets the maximum height of an element, limiting its height.

The flex-shrink property in a responsive flexbox layout controls how flex items shrink when there is limited space within the container.

The primary purpose of using relative units like em and rem in responsive typography for fluid layouts is to adjust font sizes based on the viewport's

The flex-flow property in a responsive flexbox layout consists of the direction of the main axis and the size of flex items, helping define the layout.

In a responsive layout, the "viewport" meta tag's "width" property is used to define the initial scale of the webpage, ensuring it fits the device's screen size.

The CSS min-height property in a fluid grid layout prevents elements from shrinking below a specified minimum height, ensuring they maintain a minimum size.

In a responsive layout, the CSS overflow-y property controls the vertical overflow of an element, determining how content that overflows the element is displayed.

The primary purpose of using fluid grids in responsive web design is to adapt the layout to different screen sizes and resolutions, making it flexible and responsive.

In a responsive layout, the CSS overflow property controls how content that overflows an element is displayed, such as through scrolling or hidden overflow.

The column-span property in a fluid grid layout controls how an element spans multiple columns, allowing for more complex column layouts.

In responsive web design, the "viewport" meta tag's "initial-scale" property controls the initial scale of the webpage's content, ensuring proper display on mobile devices.

The flex-direction property in a responsive flexbox layout controls the direction of the main axis, affecting the layout of flex items.

The purpose of using percentage-based widths in responsive fluid grids is to allow elements to scale proportionally with their parent container, creating a flexible and responsive layout.

In a fluid grid system, the CSS column-count property controls the number of columns in the layout, determining the column count for the grid.