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age 17
visits member for 2 years, 7 months
seen Aug 31 at 7:27

I love Physics, especially creating my own theories and formulas. I'm slow, but good at Math. I hope to be a Theoretical Physicist and a Mathematician one day. It's my ultimate aim to get a PhD. and a Nobel Prize in Physics by uncovering the secrets of the Universe. Please challenge my ideas as much as you can for I believe in constructive criticism. (I hate it when righties wear their watches on their right hands. Please stop doing it if you're one of them.)


Oct
17
awarded  Popular Question
Sep
24
awarded  Autobiographer
Jul
9
comment Electrostatics - Inserting a brass plate between two charges
I think both the terms fit, the plate is "polarized" while charges are "induced" in the plate.
Jul
8
revised Electrostatics - Inserting a brass plate between two charges
added 14 characters in body
Jul
8
revised Electrostatics - Inserting a brass plate between two charges
added 211 characters in body
Jul
8
answered Electrostatics - Inserting a brass plate between two charges
Jul
4
comment Image formation (lenses)
I believe that formula is given without considering the conventional directions that you have assumed, which is why you are getting the incorrect answer.
Jul
4
comment Image formation (lenses)
Your formula is wrong, there is a minus sign between the first and second terms! The formula you have used isfor a mirror.
Jul
2
awarded  Curious
Jun
30
comment How quickly should a fluid come to hydrostatic equilibrium?
I think that's quite innovative (I never would have thought of the pressure wave part)! Since gravity is non-impulsive, for its absence to be felt by the liquid should take 4-6 microseconds (theoretically an infinitesimal amount of time, delayed by viscosity and surface tension). So, .5 seconds is really a long time compared to the distension period.
Jun
30
comment Weird Kinematics Homework
Happens to me all the time :)
Jun
30
comment Weird Kinematics Homework
Find 'x' using the height and 35°, next calculate the time taken to reach the gutter taking gravity into consideration. Finally, use the time and the value of 'x' to get the horizontal velocity which is constant. I sometimes find that these supposedly long and complicated problems have the simplest solutions. Let me know if it works!
Jun
29
asked Variation of Electrostatic Potential with Distance in a Uniform Field
Mar
28
awarded  Popular Question
Mar
10
awarded  Notable Question
Aug
30
awarded  Popular Question
Jun
7
accepted Alpha Decay or Fission
May
22
awarded  Yearling
Apr
13
awarded  Teacher
Apr
9
awarded  Popular Question