Please answer this question..
Answers
Answer:
This phenomenon is called the Uncertainty Principle, and there is a fancy equation for it (that doesn't really help you understand why).
I'll try to paint a picture.
When a baseball gets thrown, your eyes "see it" because visibile light (350-750nm...low energy) light hits it and then bounces off it and hits your eyes. Light is fast, so the delay is nothing. You see it moving across the room, and your brain has the ability to predict where it will be at a given moment. This is kind of the basis for how we play catch with a baseball....none of us watch the ball hit the mitt...we just watch it for a moment and we already have its trajectory and destination basically figured out - put the mitt out and catch it.
A baseball is not an electron - it is much smaller. And since it is so small, you can't "see" it with visible light. You can only "see" it with gnarly light, like gamma rays. Gamma rays are really high energy (short wavelength - that is how the "see" an electron). The gamma ray bounces off the electron and then can be deflected toward an instrument. You've just figured out the position of your electron. But here is the problem:
Lets pretend that electron is still the baseball. BUT, the light you use to see it with is a basketball thrown at it. So - here is how you see - you throw a basketball at something, the basketball hits it and bounces to you and hits you in the head...and you say "oh, there is the baseball" (just like the light in the above example).
Explanation:
please make me as brainlist please Divya gaaruu
Answer:
No, as the electrons are very small, light of very short wavelenght is required for this task. This short wavatenght light intreactes with the electron and disturbs the motion of electron. So it is not possible to find exact position and velocity of electron simultaneously.
Explanation:
Hope it helps you... Please mark me in brainliest.