Kinematics
Is acceleration a scalar or a vector quantity?
What is a vector quantity?
What is the horizontal acceleration of a thrown object?
What is 0?
What is always required to accelerate an object?
What is a force?
What is the formula for Work?
What is Fdcos(theta)?
What is the equation for torque?
What is - torque = F:(perpendicular to the line of action of the force)*r?
How many variables do you need to solve for any problem in kinematics?
What is 3 given variables?
Which variable applies to both the x and y direction?
What is time?
What is Newton's Second Law of Motion?
What is F=ma?
What is the conservation of mechanical energy?
What is KE initial + PE initial = KE final + PE final?
How do you calculate the moment of Inertia?
What is the net mass*radius: (squared). It also depends on the composition of the object ex. Hollow cylinder.
What is the area under a Velocity-Time graph?
What is displacement?
How do you find the magnitude and direction of a resultant vector?
What is the Pythagorean theorem and tan theta?
What another term for the measure of mass?
What is the measure of inertia?
As the potential energy on an object decreases, the kinetic energy...
What is increases?
How many radians are there in 360 degrees?
What is 2pi or 6.28 radians?
What is the velocity and acceleration of a ball thrown up at its highest point?
What is velocity = 0 and acceleration = 0?
If the side of a 45-45-90 triangle is 3 units, what is the hypotenuse?
What is 3 square root 2?
What is the normal force of an object on an incline?
What is mg(cos theta)?
What happens to the magnitude of work required to pull a mass when the angle of the force increases?
What is the magnitude of work increases?
How do you find the arc length subtended by an angle?
What is r*theta (the angle)?
If an object is in freefall, what vector increases?
What is velocity and displacement?
How can two unequal vectors add to give a vector of zero?
What is different directions?
If a person pulls on a hanging rock, will the string above or below it break?
What is the string above?
If a person carries a mass and moves forward, what is the work done on the mass?
What is zero work?
How do you find where to hang a mass to keep a rod in equilibrium?
What is m(1)gd(1) = m(2)gd(2)