Bumper cars are an amusement park ride in which people drive small electric vehicles around a rink and intentionally bump them into one another. All of the cars travel at about the same speed. Why are head-on collisions more jarring than other types of collisions? 1. The collision speed is greatest in a head-on collision.2. The cars have more energy in a head-on collision.3. The coefficient of restitution is greater in a head-on collision.4. The cars come to a stop in a head-on collision.

The coefficient of restitution is greater in a head-on collision

Explanation:

Let m be the masses of the electric vehicles and v be their initial speeds. Since they are moving in opposite directions, the momentum, p₁ of the first electric vehicle = mv and that of the second vehicle is p₂ = -mv. Let p₃ and p₄ be their final momenta. From the law of conservation of momentum, momentum before impact = momentum after impact.

So, p₁ + p₂ = p₃ + p₄

     mv + (-mv) = p₃ + p₄

      mv - mv =  p₃ + p₄

                 0 =  p₃ + p₄

                 p₃ = -p₄

                 mv₃ = -mv₄

                 v₃ = -v₄. where v₃ and v₄ are their final velocities. This shows that their final velocities are not zero. So they do not come to a stop.

Now, we calculate the coefficient of restitution, e = -(v₄ - v₃)/(v₂ - v₁) = -(v₄ -

(-v₄))/(-v - (v))= - (v₄+ v₄)/-(v + v) = 2v₄/2v = v₄/v. Since e ≠ 0, the vehicles do not come to a stop

Head-on collisions are more jarring because, the coefficient of restitution is greater in an head-on collision because, the maximum value of the velocity is used by the electric vehicles. They only have velocity components in one direction, thereby, having a maximum value for the coefficient of restitution.

explanation:

considering the bohr theory, the type of connection that requires the transfer the answer conuldn't be right

luster is not a good characteristic to use by itself because luster is the property of minerals that indicates how much the surface of a mineral reflects light. the luster of a mineral is affected by the brilliance of the light used to observe the mineral surface.