Şunu aradınız:: to pata karo (Hintçe - İngilizce)

pata karo
pata karo

khud pata karo
khud pata karo

kuch to pata hoga
kuch to pata hoga

mera nam pata karo tum
tmera nam pata karo tum

aapko to pata hoga na
aapko to pata hoga na

mujhe to pata hi nahi tha
mujhe to pata hi nahi tha ki apka bf nahi he

tum mere jaga hote to pata chalta
tum mere jaga hote to pata chalta

jaise mujhe to pata hi nahi tha
jaise mujhe to pata hi nahi tha

ishq ka to pata nahi meaning in english
ishq ka to pata nahi meaning in english

mujhe to pata hi nahi tha aap ka bhai hai
mujhe to pata hi nahi tha aap ka bhai hai

haan bhai tuje to pata hai ki hum aashiq hai😂
mujhe pata hai bhai

suno tum shrif mere ho iska to pata nahi par me tumhara hu
you listen.

mujhe nahi pata tha ki tu muje send kr ga na to pata hota main tere se kabhi ni bolta
i did not want to send you to kr ga to get to know more about se

lakin charge jaida aakarshit karta hai kyuki jab b amber aur apne balo ko lagre ge to hum pahle to charge ka pata nahi chale ga par jab katak kar ke aawaj aaye ge jaise bijli ka current to pata chale ga ki ye har kan ki property hoti hai charge to parkar ka hota hai positive aur negative aur ek jaise charge dekhlte hai aur alag alag tarha kai khinchte hai charge attract sahi hai kya hum isse kya kar sakte hai agar hamare pass ye property ho to, ye faide mand hai isse hum is property ko naap kakte hai isse hum iski unit tak pahunch jaye ge iski unit hai coulomb ye ek vigayanak kai naam par hai jo 1700 sadi mai charge vishe par bahut karye kiya aap wikipedia mai iske baare mai aur parh sakte hai
charge is a little bit more abstract because, before we started rubbing amber into our hair, we really didn't experience much charge unless we got struck by lightning. so charge is a property that particles or objects have, and we know that there are two types of charge, which we've arbitrarily named positive and negative. and we know that like charges repel and opposite charges attract, or unlike charges attract, right?

mujhe abhi to pata nahin hai ki woh kya hai lekin hum usey 'e to the x' ke maclaurin representation me dalthe hain aur kyunki aapko mere par bharosa hai ki woh 'e of x' ke samaan hai aur uske sab derivatives jo 'e to the x' ke sab derivatives ke samaan hai jahaan x 0 ke samaan hai
well, i don't know what that is but we know we could put that into the maclaurin representation of e to the x and actually, since you're taking my leap of faith, that that is equal to e of x and all of its derivatives are equal to e to the x's derivatives at x equals 0, it's not that hard to imagine.