4 Questions
What is the time at which the particles P, Q, and R will meet each other?
$\frac{3s}{v}$
What must be the value of $\tan{\theta_0}$ for the table tennis ball to return to the starting point, given the horizontal force imparted by the wind?
1.2
What is the relative density in which the weight is suspended, given the changes in resonant length when the weight is immersed in water?
$\frac{16}{9}$
What is the molecular weight of the dibasic acid?
100 g/mol
Test your understanding of particle motion and collision as well as projectile motion in this physics quiz. Solve for the time at which three particles meet and calculate the velocity of a table tennis ball thrown at an angle.
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