Q
What does the rotate() method do in Canvas programming?

Answer & Solution

Answer: Option A
Solution:
The rotate() method in Canvas programming applies rotation to an object.
Related Questions on Average

Which transformation technique is used to resize an object along the x and y axes?

A). Scaling

B). Skewing

C). Rotation

D). Translation

How is translation achieved in Canvas programming using JavaScript?

A). ctx.translate()

B). ctx.rotate()

C). ctx.scale()

D). ctx.transform()

What is the primary purpose of applying translation to objects in Canvas programming?

A). To change the orientation of objects

B). To resize objects

C). To move objects to different positions

D). To tilt objects along the x and y axes

Which transformation technique is used to change the orientation of an object around a specific point?

A). Rotation

B). Skewing

C). Translation

D). Scaling

Which method is used to apply skewing to objects in Canvas programming using JavaScript?

A). ctx.transform()

B). ctx.translate()

C). ctx.scale()

D). ctx.skew()

How can you apply rotation and translation together to an object in Canvas programming using JavaScript?

A). Apply rotation first, then translation

B). Apply translation first, then rotation

C). Apply rotation and translation simultaneously

D). Apply translation, then rotation sequentially

Which method is used to apply rotation to objects in Canvas programming using JavaScript?

A). ctx.rotate()

B). ctx.translate()

C). ctx.scale()

D). ctx.transform()

Which method is used to reset transformations applied to the Canvas context in JavaScript?

A). ctx.save()

B). ctx.resetTransform()

C). ctx.restore()

D). ctx.clearTransform()

Which transformation technique involves changing the orientation of an object around its center point?

A). Rotation

B). Translation

C). Scaling

D). Skewing

What happens when multiple transformations are applied to an object in Canvas programming?

A). The transformations cancel each other out

B). The transformations are applied sequentially

C). The transformations result in an error

D). The transformations are applied simultaneously