Recent content by Bloopy

Sorry for the delayed replies, I am in college for 12-14 hours during the day.

Yeah, I altered the step-size to get the accurate value of RMS voltage. Edited the question.

Homework Statement Verify Superposition Principle using Matlab, given a DC source of 100V, an AC source of 50V, 60Hz and three resistances, R1=10 ohms, R2=20 ohms and R3=15 ohms. I created the circuit below and ran the program. Result: Homework Equations None, just running the program...

No, I didn't create two threads. Just this one.

As I said, I am in high school. There is no practical use of X-Rays. It is just the theoretical part. Actually, my textbook had a multiple choice question saying "If we increase potential difference applied to an X-Ray tube, what of the following things will happen with the emitted radiation...

I am a high school student, so I know only the basics of X-Rays.I simply know about continuous X-rays, cutoff wavelength and threshold wavelength. Now if I increase the potential applied to the X-ray tube, I am certain that the minimum wavelength of emitted radiation decreases. (I say this using...

Force reduces drastically. Hence the scattering occurs through small angle. Understood.

It is inversely proportional to the square of the distance between them.

It is mentioned in my Textbook that if alpha-particle has large impact parameter, it gets scattered through small angles and vice versa. I understand that impact parameter is defined as the perpendicular distance between the path of a projectile and the center of the nucleus. I am unsure how...

I am on the same page as you

Energy supplied=Work Function + Kinetic Energy

I know this.

According to the equation, the graph of kinetic energy of emitted photoelectrons from a metal vs the frequency of incident radiation gives a straight line. My doubt is, what factors does the slope of this line depend on? I think it depends on the nature of metal used. Correct me if I am wrong.