Wgu C777 Web Development Applications 2026 Practice Exam Set Two

WGU C777 WEB DEVELOPMENT
APPLICATIONS 2026 PRACTICE EXAM SET
TWO

◉ scaleX(n). Answer: 2d transform method that changes the
element's width


◉ scaleY(n). Answer: 2D transform method that changes the
element's height


◉ matrix(n, n, n, n, n, n). Answer: Combines all of the 2D transform
methods into one. Takes six parameters, containing mathematic
functions, which enable the element to rotate, scale, move
(translate), and skew


◉ translate(x, y). Answer: 2D transform method that moves the
element from its current position, based on the specified parameters
for the left (x) and top (y) position.


◉ translateX(n). Answer: 2D transform method that moved the
element along the X-axis (horizontally)

,◉ translateY(n). Answer: 2D transform method that moves an
element along the Y-axis (vertically)


◉ skew(x-angle, y-angle). Answer: 2D transform method that turns
or skews the element to a specified angle, based on the specified
parameters for the horizontal (x) and the vertical(y) lines.


◉ skewX(angle). Answer: 2D transform method that turns or skews
the element to a specified angle along its X-axis.


◉ skewY(angle). Answer: 2D transform method that turns or skews
the element to a specified angle along its Y-axis


◉ rotateX(angle). Answer: 3D transform method that rotates the
element around its X-axis at the specified degree


◉ rotateY(angle). Answer: 3D transform method that rotates the
element around its Y-axis at the specified degree


◉ rotateZ(angle). Answer: 3D transform method that rotates the
element around its Z-axis at the specified degree


◉ rotate3d(x,y,z,angle). Answer: 3D transform method that defines a
3D rotation by specifying the degree for rotation for all axes

,◉ scale3d(x,y,z). Answer: 3D transform method that defines a 3D
scale transformation. Increases or decreases the size of the element,
based on specified parameters for width(x), height(y), and depth(z).


◉ scaleX(x). Answer: 3D transform method that defines a 3D scale
transformation by specifying a value for the X-axis


◉ scaleY(y). Answer: 3D transform method that defines a 3D scale
transformation by specifying a value for the Y-axis


◉ scaleZ(z). Answer: 3D transform method the defines a 3D scale
transformation by specifying a value for the Z-axis


◉ translate3d(x,y,z). Answer: 3D transform method that defines a
3D translation. Moves the element from its current position. Uses
specified parameters for positions on the X-axis, Y-axis, and Z-axis.


◉ translateX(x). Answer: 3D transform method that defines a 3D
translation. Uses only the value for the X-axis


◉ translateY(y). Answer: 3D transform method that defines a 3D
translation. Uses only the value of the Y-axis

, ◉ translateZ(z). Answer: 3D transform method that defines a 3D
translation. Uses only the value for the Z-axis.


◉ matrix3d(n,n,n,n,n,n,n,n,n,n,n,n,n,n,n,n). Answer: 3D transform
method that defines a 3D translation. Uses a 4x4 matrix of 16 values


◉ perspective(n). Answer: 3D transform method that defines a
perspective view for a 3D transformed element. Affects the distance
between the Z-plane and the user. Smaller values bring the viewer
closer from the Z-plane. Larger values produce a more subtle effect.


◉ resize. Answer: CSS3 property that allows the user to control the
dimensions of an element.


◉ user interface properties. Answer: A set of CSS3 properties that
you can use to alter the appearance or operation of a Web page.


◉ Z-axis. Answer: This coordinate needs to be provided in a three-
dimensional space to create a plane to help orient a 3D object.


◉ By specifying a percentage from 0% to 100%, or by using the
keywords to and from.. Answer: How can you define the position of
an animation using the @keyframes rule?