Page 23 - Demo

Your Safer Source for Science
ENERGY: TRANSFER & FORCES
High-quality equipment and engaging labs
• Engaging hands-on labs improve critical-thinking skills.
• Detailed laboratory instructions include student worksheets, questions and Teacher Notes.
• Teach concepts like Newton’s laws of motion, mechanical advantage, inclined planes, levers, kinetic and potential energy, projectile motion, acceleration due to gravity and simple harmonic motion.
• Made of durable hardwood, they will withstand years of student use. AP6998 $332.55
PSWORKSTM Photogate Timer
Finally—an inexpensive and accurate photogate timer for all your high-speed timing needs! Measure time to 0.0001 seconds with five function modes specif- ically used in the physics classroom: determine acceleration due to gravity and measure instantaneous and average speed of an object, the period of a pendulum and the frequency of a rotating object.
AP6998 | Photogate Timer | $332.55 AP7009 | Support Rods | $11.35
PSWORKSTM Pendulum
Demonstrate simple harmonic motion and the conservation of energy with this large pendulum. The string length and the mass can be changed to affect the period. Two pendulum bobs are provided. PSWORKSTM Support Stand is required, but not included. Photogate Timer is recommended to measure the period of the pendulum or
the speed of the pendulum bob.
AP7000 | $51.40
CATALOG NO.
DESCRIPTION
PRICE/EACH
PSWORKSTM Photogate Timer
PSWORKSTM Support Stand
PSWORKSTM Carriage and Ramp
PSWORKSTM Conservation of Energy Tracks
PSWORKSTM Lever Arm
PSWORKSTM Marble Ramp
PSWORKSTM Parabola
PSWORKSTM Pendulum
PSWORKSTM Roller Coaster Track
Threaded Support Rods for Photogate, Pkg. of 2
AP6999 AP7003 AP7069 AP7001 AP7071 AP7208 AP7000 AP7002 AP7009
PSWORKSTM Support Stand
This stand is required to support all Flinn PSWORKSTM equipment. Anodized aluminum pole stands 1 meter tall and has 19 holes spaced 50 mm apart. Solid hardwood base has three adjustable leveling feet. A wrench or pliers are needed to secure the pole to the base.
AP6999 | $104.70
104.70 179.90 120.10
52.15 108.10 93.80 51.40 119.00 11.35
PSWORKSTM Conservation of Energy Tracks
Learn about kinetic energy using these curving conservation of energy tracks! Will the track with the steep incline produce a ball with more kinetic energy than the straight track? This activity illustrates that the kinetic energy of a ball at the bottom of a track is directly related to the potential energy it had at the top. When a ball drops a certain distance, it always has the same kinetic energy no matter what path it took to the bottom. PSWORKSTM Support Stand, or equivalent, is required.
AP7069 | $120.10
ENERGY: TRANSFER & FORCES I FLINN SCIENTIFIC 21