Physics LAB
This Lens Equation #2: Converging Lenses
In this converging lens instructional activity, students answer 22 questions about converging lenses with different focal lengths. They find the distance from the lens the image will be formed, they determine if the image is virtual or...
Physics LAB
Spherical Mirror: Equation #1
For this spherical mirrors worksheet, students answer 14 questions about convex and concave mirrors and the images formed in each. They determine if images are real or virtual, if they are upright or inverted, the focal length of the...
Physics LAB
Snell's Law Calculations
In this Snell's Law activity, learners are given 4 diagrams and they use Snell's Law to calculate the optical index of refraction and the angles of refraction for the different mediums.
Physics LAB
Thin Lens Equation #3-Both Types
In this thin lens instructional activity, students answer 21 questions about diverging and converging lenses and the images they produce.
Physics LAB
Thin Lens Equations #4-Both Types
In this thin lens worksheet, students answer 20 questions about the images produced by converging lenses and diverging lenses. They determine how far the image is from the lens, they determine if the image is upright or inverted and they...
Physics LAB
Basic Practice With Springs
For this springs worksheet, learners answer 14 questions about springs, spring constants, the acceleration of masses connected to springs, the elasticity constant of springs, the energy stored in springs and the speed at which masses...
Physics LAB
Electric Field Drill: Point Charges
In this electric field instructional activity, high schoolers answer 18 questions about given diagrams of electric fields including the direction of the electric field, the charges, the patterns of the charges, the field strength and the...
Physics LAB
Electric Potential Drill: Point Charges
In this electric potential activity, learners answer 16 questions about absolute potential, field lines, equipotential surfaces, and electrostatic potential.
Physics LAB
Electrostatic Forces and Fields: Point Charges
In this electrostatic forces and fields worksheet, students answer 16 questions about point charges, electric fields, magnitude of forces, direction of forces and net electric fields.
Physics LAB
Vertical Circular Motion
For this vertical circular motion worksheet, high schoolers answer 16 questions about given diagrams showing masses rotating in circular motion. Students find tension in strings, they find the magnitude of the critical velocity, they...
Physics LAB
Practice with Simple Harmonic Motion
In this simple harmonic motion worksheet, students are given a diagram of a harmonic oscillator and they answer 9 questions about the oscillator's velocity, acceleration, amplitude and they write the functions of each of these measurements.
Physics LAB
Coulomb's Law: Some Practice with Proportions
In this Coulomb's Law worksheet, students solve 10 problems given two charges and the distance between them. Students find the electrostatic force between the charges and they find the forces as the distance between the charges and the...
Physics LAB
Net F=ma
In this force worksheet, learners use the equation, F=ma to solve 7 problems where the force changes, the mass changes or the acceleration changes. Students explain their answer for each problem.
Physics LAB
Distinguishing 2nd and 3rd Law Forces
For this laws of forces instructional activity, students are given 27 problems to solve given diagrams showing forces acting upon objects. Students find the forces acting upon the objects, the determine the opposing forces acting upon...
Physics LAB
Free Body Diagrams #2
In this free body diagram worksheet, students solve 14 problems using given free body diagrams. They determine the magnitude and numerical value of the normal force, they find the magnitude of the frictional forces, they determine the...
Physics LAB
Freebody Diagrams #4
In this freebody diagram worksheet, students solve fourteen problems using given graphs of mass-less and friction-less pulleys. Students find the tension in the strings on the pulley, the velocity of the objects, the coefficients of...
Physics LAB
Introduction to Springs
For this springs worksheet, students solve 14 problems given diagrams showing different springs. Students find spring constants, the kinetic energy of the springs, the elasticity constant and the speed of moving masses.
Physics LAB
Freebody Diagrams #3
In this freebody diagram learning exercise, learners solve 10 problems including matching proper equations to the diagrams, finding weights of objects, determining when the normal equals the object's weight and matching the proper...
Physics LAB
Capacitors-Connected/Disconnected Batteries
For this capacitors activity, learners answer 22 questions about parallel plate capacitors and parallel plate capacitors pulled apart. Students find the capacitance, the energy stored in the capacitors, the charge present on the plates...
Physics LAB
Work and Energy Practice: Forces at Angles
In this work and energy learning exercise, students answer 9 questions about 6 diagrams showing forces at angles. Students find the work done on the objects, the power supplied by the forces, and they find the angle theta in the diagrams...
Physics LAB
Spherical Mirror Equation #2
For this spherical mirror worksheet, learners are given diagrams of concave spherical mirrors, their focal points and an object. Students answer 10 questions about the location of the images, the size of the images and the height of the...
Physics LAB
Two Lens Worksheet
For this lens worksheet, students are given 4 diagrams with two lenses lined up and an object placed in front of one lens. Students are given the focal lengths of the lenses and the distance the objects are from the lens. They answer 9...
Physics LAB
Freebody Diagrams #1
In this free body diagrams worksheet, learners answer 19 questions about given diagrams including the forces exerted on objects, the magnitude of acceleration, and the tension in strings.
Physics LAB
Uniform Circular Motion
In this circular motion worksheet, students determine the magnitude of a coin's linear velocity and the magnitude of its acceleration. This worksheet has 14 problems to solve.