# Bidit Acharya

less info
reputation
829
bio website biditacharya.wordpress.com location Berkeley, CA age 19 member for 3 years, 7 months seen Dec 19 at 5:23 profile views 704

Freshman at UC Berkeley. Originally from Nepal

The scientist does not study nature because it is useful; he studies it because he delights in it, and he delights in it because it is beautiful. - Henri PoincarĂ©.

You can reach me at,

# 283 Actions

 Dec18 revised Change of Basis of a Linear Transformation TeX formatting Dec18 suggested approved edit on Change of Basis of a Linear Transformation Dec16 revised What sample size is needed to make sure that with 99% probability, the mean of the sample will be in error by at most 0.25 Edited title and made few improvements in the body (mostly Tex formatting) Dec16 suggested approved edit on What sample size is needed to make sure that with 99% probability, the mean of the sample will be in error by at most 0.25 Dec13 awarded Nice Answer Dec13 revised How to solve $x^{1/2}-x^{1/3} = 0$ added 243 characters in body Dec13 revised How to solve $x^{1/2}-x^{1/3} = 0$ deleted 4 characters in body Dec13 answered How to solve $x^{1/2}-x^{1/3} = 0$ Dec13 accepted Why does the Dedekind Cut work well enough to define the Reals? Dec13 revised Normal Distribution and Conditional Probability edited body Dec12 comment How to figure out the Argument of complex number? @mt_ I am sorry, I don't know how I forgot to mention that. I have edited my answer. I hope it is better than the previous version. Dec12 revised How to figure out the Argument of complex number? Corrected a major error in the answer Dec11 revised How to figure out the Argument of complex number? added 386 characters in body Dec11 answered How to figure out the Argument of complex number? Dec11 revised Evaluate $\int\frac{1}{r \ln(r)} \ dr$ Tex formatting and phrasing edits Dec11 suggested approved edit on Evaluate $\int\frac{1}{r \ln(r)} \ dr$ Oct27 revised Proving that $2^{2^n} + 5$ is always composite by working modulo $3$ Tex formatting Oct27 suggested approved edit on Proving that $2^{2^n} + 5$ is always composite by working modulo $3$ Sep2 revised How to find eigenvectors/eigenvalues of a matrix where each diagonal entry is scalar $d$ and all other entries are $1$ Tex formatting, edited phrasing of the question and edited title Sep2 suggested approved edit on How to find eigenvectors/eigenvalues of a matrix where each diagonal entry is scalar $d$ and all other entries are $1$