One can define an alpha-volt (alpha-V) to be | vedclass

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(B) An alpha-volt $(\alpha-V)$ is defined as the energy acquired by an $\alpha$-particle when it is accelerated through a potential difference of $1 \

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$1 \alpha-V = 2 \,eV$

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(B) An alpha-volt $(\alpha-V)$ is defined as the energy acquired by an $\alpha$-particle when it is accelerated through a potential difference of $1 \,V$.The charge of an $\alpha$-particle is $q = +2e$,where $e$ is the elementary charge.The energy $E$ acquired by a charged particle accelerated through a potential difference $V$ is given by $E = qV$.Substituting the values for an $\alpha$-particle:$E = (2e) 	imes (1 \,V) = 2 \,eV$.Therefore,$1 \alpha-V = 2 \,eV$.

One can define an alpha-volt $(\alpha-V)$ to be the energy acquired by an $\alpha$-particle when it is accelerated by a potential of $1 \,V$. For this problem,you may take a proton to be $2000$ times heavier than an electron. Then,

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