A paricle of mass 6mg carrying acharge of 10^-9 C is placed in the electric field of strength e=6×10^5 v/m , the acceleration req by the particle is.
a)

b)

c)

d)

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Answers
Answer:
this comes from my calculations...pls don't report....I mean my logic says this is the answer.
Explanation:
given
- q= 10^-9 C
- E=6×10^5 v/m
- m=6mg
now we know that F=qE and also F=ma
hence
qE=ma
10^-9 × 6×10^5 = 6a
a=(10^-9×6×10^5)/6
=10^-4 m/s²
I know that my answer doesn't match with any of the options given ...
so whoever views this answer...pls tell me the proper procedure to solve the question...thanks in advance ⚛️⚛️.
Answer:
Answer:
{10}^{ - 4}10
−4
this comes from my calculations...pls don't report....I mean my logic says this is the answer.
Explanation:
given
q= 10^-9 C
E=6×10^5 v/m
m=6mg
now we know that F=qE and also F=ma
hence
qE=ma
10^-9 × 6×10^5 = 6a
a=(10^-9×6×10^5)/6
=10^-4 m/s²
I know that my answer doesn't match with any of the options given ...
so whoever views this answer...pls tell me the proper procedure to solve the question...thanks in advance ⚛️⚛️.
Explanation:
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