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Kinematics There are 40 products.
Inertia Ball / Pendulum.
This is an interesting demonstration of Newton's First Law of Motion (Law of Inertia) since the results are counterintuitive. Suspend the ball from the ceiling using one eyelet. Attach another string to a second eyelet. What happens when you pull steadily on the lower string? What happens if you jerk the lower string quickly? Our heavy ball can also be used as a pendulum bob. Includes heavy chrome plated steel ball with a mass of over 454...
This is an interesting demonstration of Newton's First Law of Motion (Law of Inertia)...
This is an interesting demonstration of Newton's First Law of Motion (Law of Inertia) since the results are counterintuitive. Suspend the ball from the ceiling using one eyelet....
611-1210
.
Inertia Apparatus.
What happens when a tablecloth is whisked from beneath a load of dishes? Now there's a way to demonstrate the scientific principle while keeping your dishes safe. Place the ball on the card and pull back the spring. The card (tablecloth) shoots forward but the ball (dish) drops back to the post (table). Actually, the ball did move but it promptly settled back. Try the same experiment with a coin. Includes glass ball (with flat spot), card,...
What happens when a tablecloth is whisked from beneath a load of dishes? Now there's a...
What happens when a tablecloth is whisked from beneath a load of dishes? Now there's a way to demonstrate the scientific principle while keeping your dishes safe. Place the ball...
611-1140
.
Acceleration Paradox. (Hinged Stick & Falling Ball).
Here's an exciting way to show acceleration. When a ball and board are released together, the end of the board outstrips its center of mass, leaving the ball behind. The ball then drops straight into the cup. Includes: two 1 meter boards, hinged together but separated by a dowel, a cup for the included ball, and instructions.
Here's an exciting way to show acceleration. When a ball and board are released...
Here's an exciting way to show acceleration. When a ball and board are released together, the end of the board outstrips its center of mass, leaving the ball behind. The ball...
611-1135
.
Force Mechanism (Trough).
What are the effects of acceleration and gravity on a moving body? Determine acceleration, speed and distances when applying a variable force. Propel a ball or two down our track and observe how far and how many balls, positioned further down the track, move. Includes: 43" long one-piece metal track; plastic supports; trigger with 4 settings; 5 steel balls; 3/4" diameter; wood block and instructions.
What are the effects of acceleration and gravity on a moving body? Determine...
What are the effects of acceleration and gravity on a moving body? Determine acceleration, speed and distances when applying a variable force. Propel a ball or two down our...
611-0100
.
Smart Timer, Tabletop Normal Display, with 2 Photogates, Freefall and Power Supply.
Why pay more when this accurate and versatile timer does far more for far less? You can measure the time interval between two photogates, measure the time it takes to pass through one photogate, measure acceleration of a released ball, determine the acceleration due to gravity (with a picket fence), determine elastic and inelastic collision times, calculate cycles, determine the frequency of a rotating object, determine the period of a...
Why pay more when this accurate and versatile timer does far more for far less? You can...
Why pay more when this accurate and versatile timer does far more for far less? You can measure the time interval between two photogates, measure the time it takes to pass...
611-0103
.
Happy And Sad Ball Set.
One bounces and one doesn't, although they look identical. Why? One is made of "happy" rubber, the other of specially formulated "sad". We include both for an interesting lab in elastic and inelastic collisions. Detailed instructions include several experiments.
One bounces and one doesn't, although they look identical. Why? One is made of "happy"...
One bounces and one doesn't, although they look identical. Why? One is made of "happy" rubber, the other of specially formulated "sad". We include both for an interesting lab in...
611-0380
.