In Figma, padding controls the space inside a component between its content and its border. Which of the following best describes the effect of increasing padding on a button component?
Think about how padding affects the space inside the component around the content.
Increasing padding adds space inside the component, pushing the content away from edges and increasing the clickable area.
You have a card component with text inside. You increase the padding from 8px to 24px uniformly on all sides. What will you see in the layout?
Padding adds space inside the component, affecting its overall size if constraints allow.
Increasing padding adds space inside the card, so the card grows larger and the text moves inward, maintaining its size.
You want a component in Figma to have 16px padding on desktop screens but only 8px on mobile screens. Which approach best models this behavior?
Think about how Figma supports multiple states or versions of a component.
Component variants allow different padding settings for different screen sizes, enabling responsive design within one component.
You set padding to 20px inside a frame in Figma, but the content still touches the edges. What is the most likely cause?
Padding inside frames works only with certain layout settings enabled.
Padding inside frames requires auto layout to be enabled; otherwise, padding settings do not affect content position.
You are designing a BI dashboard in Figma with multiple cards and charts. You want consistent padding inside all cards but also want to allow some cards to have extra padding for emphasis. What is the best way to manage padding for this scenario?
Think about reusability and maintainability in design systems.
Using a base component with variants for different padding ensures consistency and easy updates across the dashboard.