Two electrons (e 1 and e 2 )and a proton (p)lie on a straight line, as shown.The directions of the force of e 2 on e 1 , the force of p on e 1 , and the total force on e 1 , respectively, are:

The Answer of Two electrons (e 1 and e 2 )and a proton (p)lie on a straight line, as shown.The directions of the force of e 2 on e 1 , the force of p on e 1 , and the total force on e 1 , respectively, are:

Two electrons (e 1 and e 2 )and a proton (p)lie on a straight line, as shown.The directions of the force of e 2 on e 1 , the force of p on e 1 , and the total force on e 1 , respectively, are:

The Answer of Two electrons (e 1 and e 2 )and a proton (p)lie on a straight line, as shown.The directions of the force of e 2 on e 1 , the force of p on e 1 , and the total force on e 1 , respectively, are:

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Two Electrons (E₁ and E₂)and a Proton (P)lie on a Straight

Question 39

Multiple Choice

Two electrons (e₁ and e₂) and a proton (p) lie on a straight line, as shown.The directions of the force of e₂ on e₁, the force of p on e₁, and the total force on e₁, respectively, are: $Two electrons (e1 and e2) and a proton (p) lie on a straight line, as shown.The directions of the force of e2 on e1, the force of p on e1, and the total force on e1, respectively, are: A) \rightarrow , \leftarrow , \rightarrow B) \leftarrow , \rightarrow , \rightarrow C) \rightarrow , \leftarrow , \leftarrow D) \leftarrow , \rightarrow , \leftarrow E) \leftarrow , \leftarrow , \leftarrow$

A) " $\rightarrow$ , $\leftarrow$ , $\rightarrow$ "
B) " $\leftarrow$ , $\rightarrow$ , $\rightarrow$ "
C) " $\rightarrow$ , $\leftarrow$ , $\leftarrow$ "
D) " $\leftarrow$ , $\rightarrow$ , $\leftarrow$ "
E) " $\leftarrow$ , $\leftarrow$ , $\leftarrow$ "