The weak force that acts between an electron and a quark is caused by the exchange of A)photons. B)gluons. C)gravitons. D)W⁺,W^-,or Z⁰ bosons.

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The weak force that acts between an electron and a quark is caused by the exchange of three types of bosons: W⁺, W^-, or Z⁰ bosons. These bosons are particles that mediate the weak nuclear force and are exchanged between particles, transferring energy and momentum between them. Photons mediate the electromagnetic force, gluons mediate the strong force, and gravitons mediate gravity, but none of these particles are responsible for the weak force between electrons and quarks.

The Weak Force That Acts Between an Electron and a Quark