6. Intro to Forces (Dynamics)

According to Newton's First and Second Laws, during which type of motion is the magnitude of the net force acting on an object equal to $0$?

According to Newton's Second Law, how is the net force acting on an object related to its acceleration?

According to Newton's First and Second Laws, why can't large vehicles stop or maneuver as easily as smaller passenger cars and trucks?

According to Newton's Second Law, if a constant force $F$ acts on an object of mass $m$ and moves it from $x=0$ to $x=0.75m$, what is the acceleration of the object?

According to Newton's First and Second Laws, which statement best describes the motion of a bicyclist pedaling up a hill at constant speed?

A $6$-kg bucket of water is being pulled straight up by a string at a constant speed. What is the tension in the string?

When one vehicle is towing another by means of a chain, which of the following statements best describes the forces acting on the two vehicles according to Newton’s First and Second Laws ($\text{1^st}$ and $\text{2^nd}$ Laws)?

Which statement best explains the relationship between $F$ (force) and movement according to Newton's First and Second Laws?

Which of Newton's laws explains why a spaceship with no forces acting on it will continue moving at constant velocity even if it has no fuel?

Which statement best summarizes the central idea of applications of Newton's laws?

According to Newton's Second Law, what happens to the kinetic energy $E\_k$ of a car if its speed $v$ is doubled while its mass $m$ remains constant?

When the switch shown in (figure 1) has been open for a long time and is then closed at $t=0$, which of the following best describes the initial acceleration of a mass $m$ attached to the circuit, according to Newton's First and Second Laws?

Which of Newton's laws is most directly connected to Galileo's observations about the motion of objects and the concept of inertia?

According to $N{1}^{\text{st}}$ and $N{2}^{\text{nd}}$ Laws, levers have the ability to alter which of the following quantities when a $F$ is applied at one end?

According to Newton's First Law, what is the state of an object when all the forces acting on it are balanced ($\sum F=0$)?