Applying transformations such as translation, rotation, scaling, and skewing to SVG elements Mocktest

Translation in SVG transformations involves moving an SVG element along the X and Y axes, effectively shifting its position on the canvas. This allows for repositioning elements within an SVG graphic.

Rotation in SVG elements is applied by rotating an element around a specified point. This allows for creating rotating effects, such as spinning objects or turning animations.

Scaling in SVG transformations resizes an SVG element uniformly along the X and Y axes. This means it enlarges or shrinks an object equally in all directions, maintaining its aspect ratio.

Skewing in SVG transformations is applied by tilting an element along the X or Y axis. This creates a slanted effect, distorting the element in one direction while keeping the other axis unchanged.

Combining transformations in SVG allows for applying multiple effects simultaneously to an element. This means you can rotate, scale, skew, and translate an object all at once, creating complex transformations and animations.

To rotate an SVG element by 90 degrees clockwise around its center point, you use the rotate transformation with the angle and center point specified.

To resize an SVG element uniformly to be twice its original size, you use the scale transformation with a scaling factor of 2. This increases the dimensions of the element while maintaining its proportions.

Skewing in SVG transformations tilts an element along the X or Y axis, creating a slanted or skewed appearance. This effect is particularly useful for creating diagonal shapes or adding a dynamic tilt to elements.

To translate an SVG element 50 units to the right and 20 units down, you use the translate transformation with the X and Y values specified. This moves the element's position relative to its original coordinates.

To combine rotation and scaling transformations on an SVG element, you use the transform attribute with both rotate and scale functions specified. This applies both effects simultaneously to the element, resulting in a rotated and scaled appearance.