How does requestAnimationFrame contribute to battery efficiency?

How does requestAnimationFrame handle animation loops?

A). It sets a fixed time interval for animation updates

B). It relies on browser refresh rates for animation updates

C). It pauses animations at specified intervals

D). It randomly updates animation frames

What happens if setInterval is used with a very short interval for animations?

A). Increased animation smoothness

B). Decreased animation performance

C). More precise animation control

D). Reduced CPU usage

Which method requires additional logic for controlling animation speed?

A). requestAnimationFrame

B). setInterval

C). setTimeout

D). clearInterval

What is a key advantage of setInterval for animations?

A). Precise synchronization with browser rendering

B). Simplicity of implementation

C). Battery efficiency

D). Constant frame rate

How does requestAnimationFrame contribute to battery life during animations?

A). By increasing CPU usage

B). By synchronizing with screen refresh rates

C). By reducing animation intervals

D). By limiting animation duration

What can be a drawback of using setInterval for long-running animations?

A). Reduced memory usage

B). Increased animation smoothness

C). Potential performance degradation

D). Improved battery efficiency

What does requestAnimationFrame ensure for animations?

A). Constant frame rate

B). Asynchronous execution

C). Synchronization with browser rendering

D). Customizable animation intervals

Which method is more efficient for complex graphics and game animations?

A). setInterval

B). setTimeout

C). requestAnimationFrame

D). clearInterval

Which method is recommended for creating smooth and efficient animations on Canvas?

A). setInterval

B). requestAnimationFrame

C). setTimeout

D). clearInterval

Which method is suitable for basic timed actions and animations on the Canvas?

A). requestAnimationFrame

B). setInterval

C). setTimeout

D). clearInterval