Question

Example 1.4 Coulomb's law for electrostatic force between two point
chances and Newton's law for gravitational force between two
stationary point masses, both huve hverse-square dependence on
the distance between the charges/masses, tal Compare the strength
of these forces by determining the ratio of their magnitudes ) for an
electron and a proton and (m for two protons. (b) Estimate the
celerations of electron and proton due to the electrical force of their
mutual attraction when they are
110 m) apart? im, - 167*
10-11-10)


Guyss Plz answer this...​

Answer 1

Answer:

(a) (i) For an electron and proton

|Fe|=14π∈0e×er2

|Fg|=Gme.mpr2

|Fe||F8|=14π∈0e2Gmemp

9×109(1.6×10−19)26.67×10−11×9×10−31×1.66×10−27

2.3×1039

Similary, for two portons,

|Fe||F8|=14π∈0e2G.mpmp

= 9×109(1.6×10(−19)2)6.67×10−11×(1.66×10−27×2)

=1.3×1036

(b) Force of mutal attration between an electron and a proton,

F=14π∈0e2r2=9×1091.6×10−19×2(10−10)2

=2.3×10−8N

Acceleration of electron = Fme=2.3×10−89×10−31

2.5×1022m/s2

Explanation: mark me brainliest