Which of the following diagrams correctly shows the direction of wind motion between a region of high atmospheric pressure ($P^{high}$) and a region of low atmospheric pressure ($P^{low}$) (neglecting the Coriolis effect)?

A wheel starts from rest and rotates with a constant angular acceleration until it comes to a stop after reaching an angular velocity of $\omega =0$ at time $t$. If its initial angular velocity was $\omega ={\omega }_0$ at $t=0$, through what total angle $\theta$ did the wheel turn between $t=0$ and the time it stopped?

Which of the following types of motion requires acceleration in more than one plane ($\mathrm{multiplanar}\mathrm{acceleration}$)?

If you ride your bicycle a distance of $40 m$ and the front wheel has a diameter of $0.8 m$, how many complete revolutions does the front wheel make?

Which branch of physics is concerned with the study of objects at rest or moving at a constant speed, without considering the causes of motion?

In the context of simulating or showing motion in an assembly, why must at least $1$ degree of freedom be maintained?

Compared to swerving in a straight line, swerving in a curve requires more:

An object starts at position $x=0m$ and travels with a constant velocity of $v=3\frac{m}{s}$ along the x-axis. What is its position after $4s$?