SVG Practice Exam Questions

SVG Practice Exam Questions

About SVG Exam 

The SVG (Scalable Vector Graphics) Exam is designed to assess your expertise in creating, styling, and optimizing vector graphics for web and digital applications. SVG is a powerful and resolution-independent format that enables developers and designers to build interactive, lightweight, and visually appealing graphics. This exam covers fundamental concepts such as SVG structure, elements, and attributes, along with advanced topics like transformations, animations, filters, and integration with JavaScript and CSS. By earning this certification, you demonstrate your ability to create scalable, efficient, and accessible vector graphics, making you a valuable asset in web development, UI/UX design, and digital media industries.

Course Outline

The SVG Exam covers the following Topics - 

1. Introduction to SVG

1.1 What is SVG?

1.2 Advantages of Using SVG

1.3 SVG vs. Other Image Formats (PNG, JPEG, GIF)

1.4 Basic SVG Syntax and Structure

2. SVG Elements and Attributes

2.1 SVG Root Element (<svg>)

2.2 Basic Shapes (<rect>, <circle>, <ellipse>, <line>, <polygon>, <polyline>)

2.3 Text and Typography (<text>, <tspan>, <textPath>)

2.4 Paths and Curves (<path>, d attribute, Bezier Curves)

2.5 Using <g> for Grouping Elements

3. Styling and Presentation

3.1 Fill and Stroke Properties

3.2 Using CSS with SVG (style attribute, class, external CSS)

3.3 Opacity and Transparency

3.4 Gradients and Patterns (<linearGradient>, <radialGradient>, <pattern>)

4. Transformations and Positioning

4.1 Coordinate System and ViewBox

4.2 Translation, Rotation, Scaling, and Skewing (transform attribute)

4.3 Transforming Individual Elements vs. Groups

5. Interactivity and Animation

5.1 Using <a> for Links in SVG

5.2 Adding Mouse Events and Interactions (onmouseover, onclick, etc.)

5.3 SVG Animations with <animate> and <animateTransform>

5.4 Using <set> for Simple Changes

5.5 Advanced Animations with SMIL

5.6 SVG and JavaScript (DOM Manipulation, Event Handling)

6. SVG Filters and Effects

6.1 Overview of Filter Effects (<filter>, <feGaussianBlur>, <feOffset>)

6.2 Using Drop Shadows, Blur, and Color Effects

6.3 Applying Clipping Paths and Masks (<clipPath>, <mask>)

7. Advanced SVG Techniques

7.1 Using <symbol> and <use> for Reusability

7.2 SVG Sprites and Icon Systems

7.3 Embedding External Images (<image> Element)

7.4 Creating Responsive SVGs

7.5 Accessibility Considerations (role, aria-label, desc, title)

8. Integrating SVG with Other Technologies

8.1 SVG in HTML and CSS

8.2 Using SVG with JavaScript and D3.js

8.3 Embedding SVG in Canvas (<canvas> vs. <svg>)

8.4 Exporting and Optimizing SVG Files

9. Troubleshooting and Best Practices

9.1 Debugging Common SVG Issues

9.2 Performance Optimization (Minification, Compression)

9.3 Cross-Browser Compatibility

9.4 Best Practices for Readability and Maintainability

10. Real-World Applications of SVG

10.1 Creating Charts and Graphs with SVG

10.2 Designing SVG-Based UI Components

10.3 Building SVG Animations for Web Apps

10.4 Case Studies of SVG in Web Development