adplus-dvertising
frame-decoration

Question

Why might using an LCD result in reduced eye strain compared to a CRT?

a.

Because LCDs emit a high intensity of light.

b.

Because LCDs require higher refresh rates, resulting in noticeable flicker.

c.

Because LCDs emit a lower intensity of light and have reduced flicker.

d.

Because LCDs use a different color scheme that is easier on the eyes.

Answer: (c).Because LCDs emit a lower intensity of light and have reduced flicker. Explanation:LCD screens emit a lower intensity of light and have a slower response, meaning that flicker is not usually noticeable. These factors combine to make LCDs less tiring to use than standard CRT monitors, resulting in reduced eyestrain.

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. Why might using an LCD result in reduced eye strain compared to a CRT?

Similar Questions

Discover Related MCQs

Q. How has the advent of LCD screens impacted the computer market?

Q. What developments have improved the performance and usability of LCD screens?

Q. What is a significant difference between random scan and raster scan displays?

Q. What is one advantage of the direct view storage tube used in analog storage oscilloscopes?

Q. Why are random scan displays used only in niche applications?

Q. What are the characteristics of a direct view storage tube display?

Q. What are some examples of environments that rely on large shared screens?

Q. What technology is used in gas plasma displays?

Q. What is the aspect ratio of HDTV (high definition television) wide screen format?

Q. What is a video wall?

Q. What technique is often used in large concerts to display artists or video images?

Q. What type of projectors are commonly used in smaller lecture theatres and small meetings?

Q. How do LCD projectors create a full color image?

Q. What is the purpose of the lens in a projector?

Q. What is one disadvantage of projected displays?

Q. What is back projection?

Q. Why are back projection setups less heavily used than front projection setups?

Q. What are situated displays?

Q. What is the purpose of situated displays?

Q. What is an example of a small experimental situated display?