{[ promptMessage ]}

Bookmark it

{[ promptMessage ]}

# 035b - The answer [email protected] Having the same net charge a the twa...

This preview shows page 1. Sign up to view the full content.

This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: * The answer is @1 Having the same net charge, a: the twa particles experience the same farce within the electric ﬁeld: p = I'm: F =Eq E = elecu'ie ﬁeld :1 = charge As an expressian af the carrespandence between a ﬁeld a resulting farce, this farm ula is analagaus tn the expressipn far weight, where the ﬁeld is a gravitatianal ﬁeld acting an a mass instead af electric ﬁeld acting an charge. W = I’arcc W: g m g = gnyimlianal ﬁeld {acceleralidn due Ia grayily} m = mass Mass plays twa ralls in classical physics, graw‘tatianai mass as the basis far interact- ing with grayitatianal ﬁelds and inertial mass as the basis far resisting acceleratian. Mass is still impartant far the charged particles, but anly as inertial mass. While all abjects have the same acceteratian in a grayitatianal ﬁeld, with an electric ﬁeld, the farce is determined by charge but acceleratian is determined by the resulting farce acting an inertial mass [Newtan's Secand Law, F: ma]. UHLIHE A GRAWTATIDHAL FIELD, IN AN ELECTRIC FIELD, THE AEEELERATIDH CIIF ALL MRTICLES l5 HUT GDIHG TCI' BE THE SNIIE AT THE SM'IE PﬂSITIEIN IN THE FIELD. EASE AND CHARGE BOTH F'I..!l‘iIr A HULL IN D-El'ERMJNiNG AECELERM'IDN. e aaas .J warm ...
View Full Document

{[ snackBarMessage ]}

Ask a homework question - tutors are online