Recent content by Curious&TheNon

Oh okay thanks good to know then ill ask my physics teacher tomorrow then thanks! :)

Thats how it was given in the table of conversion, i can't change it myself, i double checked its still the same :/

Question and formulas The nucleus of a Sulphur atom has an atomic mass of 32 and an atomic number of 16. If the mass of this atomic nucleus is 31.972072 amu (atomic mass unit), find its binding energy in MeV. Table of conversions/constants mass of proton 1.007826 mass of neutron 1.008665 Speed...

Turns out the online assignment didnt mention they took years, so my physics teacher forgot to mention he customized the answer to accept it in years as well. Problem solved thanks!

Yeah still wrong dam i guess ill just ask my physics teacher about it this coming tuesday ill keep you posted hahaha thanks anyways though! :)

Oh, thought you were talking about the decimal place, my bad. Anyways got 258386615.5 , just tried entering it again, however still wrong :/ Thanks for the header though! :)

I wouldn't have affect the answer anyways

No not exactly i had to put it in sig figs which was three, so it came out to be 2.58E9. Ignore the extra digit my bad X)

My online assignment doesn't accept years as a unit though, only hours, minutes and seconds :/

Homework Statement Alphonse decides to go for a joy ride in his Astro-Scooter. He maintains a speed of 0.604 c and is gone for 6.53 years according to his ship's clock. His twin brother Carl says he is full of beans. According to Carl, how long has Alphonse been gone? To=? T=6.53 years...

Never mind totally forgot about net force! Problem solved (:

A 1.54 kg green toy car accelerates at 1.70 m/s² down a ramp 3.38 m long. If the force of friction acting on the toy car is 1.31 N, how much work is done on the toy car to get it to the bottom of the ramp? Formulas: Ep=mgh W=fd F=ma a=gh/d Fr=u*Fn I know the acceleration, mass, and distance...

Using this formula we're able to calculate how long the batteries will last at the power to run the car.?

Okay ignoring the kinetic formula, my bad wasnt thinking straight. Re doing the effieciency formula it would be 90.5%= (10700W*100%/ (11* (3.51kWh*3.6E6)t)