In CSS specificity, which selector type has the lowest specificity?
A). A. ID selectors
B). B. Class selectors
C). C. Element selectors
D). D. Inline styles
Which of the following CSS selectors has the highest specificity?
A). A. div
B). B. .container
C). C. #header
D). D. body
What is the purpose of the !important declaration in CSS?
A). A. To indicate important styles for accessibility.
B). B. To improve page loading performance.
C). C. To override inline styles.
D). D. To give a style the highest priority.
How does the cascade determine which styles to apply in CSS?
A). A. By applying styles based on their position in the HTML document.
B). B. By giving priority to styles with higher importance.
C). C. By applying styles based on their specificity and order in the style sheet.
D). D. By applying styles based on their length and complexity.
How can conflicting styles be resolved in CSS?
A). A. By using inline styles.
B). B. By increasing the specificity of selectors.
C). C. By reordering the styles in the style sheet.
D). D. All of the above.
Which CSS selector has the lowest specificity?
A). A. ID selectors
B). B. Class selectors
C). C. Inline styles
D). D. Element selectors
What is the purpose of using inline styles in HTML?
A). A. To override styles declared in an external CSS file.
B). B. To apply styles directly to individual HTML elements.
C). C. To improve page loading performance.
D). D. To increase specificity of CSS rules.
How can the specificity of a CSS rule be increased?
A). A. By using fewer selectors.
B). B. By using more generic selectors.
C). C. By using the !important declaration.
D). D. By using inline styles.
How does the cascade resolve conflicts between CSS styles?
A). A. By applying styles in the order they appear in the style sheet.
B). B. By giving priority to styles with higher specificity.
C). C. By ignoring conflicting styles.
D). D. By randomly selecting styles.
Which of the following has the highest specificity in CSS?
A). A. Class selectors
B). B. ID selectors
C). C. Element selectors
D). D. Inline styles