Aball of mass $m$ collides elastically with an identical ball at rest with some impact parameter.
$100 \%$ energy transfer can never take place
$100 \% $ energy transfer may take place
angle of divergence between the two balls must be $90^o$
Both $(A)$ and $(C)$
The force constant of a wire is $k$ and that of another wire is $2k$. When both the wires are stretched through same distance, then the work done
Two balls $A$ and $B$ having masses $1\, kg$ and $2\, kg$, moving with speeds $21\, m/s$ and $4\, m/s$ respectively in opposite direction, collide head on. After collision Amoves with a speed of $1\, m/s$ in the same direction, then the coefficient of restitution is
The quantity that is not conserved in an inelastic collision is
In $a$ one-dimensional collision, $a$ particle of mass $2m$ collides with $a$ particle of mass $m$ at rest. If the particles stick together after the collision, what fraction of the initial kinetic energy is lost in the collision?
It is found that if a neutron suffers an elastic collinear collision with deuterium at rest, fractional loss of its energy is $p_d $ ; while for its similar collision with carbon nucleus at rest, fractional loss of energy is $P_c$. The values of $P_d$ and $P_c$ are respectively