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

Answer & Solution

Answer: Option B
Solution:
When multiple transformations are applied to an object in Canvas programming, the transformations are applied sequentially.
Related Questions on Average

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()

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

A). Applies rotation to an object

B). Adjusts the size of an object

C). Scales an object

D). Skews an object

What does the scale() method do in Canvas programming?

A). Adjusts the size of an object

B). Applies rotation to an object

C). Tilts an object along the x and y axes

D). Slants an object

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()

What transformation technique is used to tilt or slant an object along the x and y axes?

A). Skewing

B). Scaling

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()

How can you combine multiple transformations to create complex effects in Canvas programming?

A). Use separate canvas contexts for each transformation

B). Apply transformations in a specific order

C). Use a single transformation method for all effects

D). Use a different canvas for each transformation

How is skewing achieved in Canvas programming using JavaScript?

A). ctx.transform()

B). ctx.translate()

C). ctx.scale()

D). ctx.skew()

What transformation technique is used to change the size of an object along the x and y axes?

A). Scaling

B). Translation

C). Rotation

D). Skewing

Which method is used to apply translation to the Canvas context in JavaScript?

A). ctx.translate()

B). ctx.rotate()

C). ctx.scale()

D). ctx.transform()