Latest revision as of 12:12, 1 December 2008

Lesson Order

Naming and labelling different types of forces.
Building a force meter
Force vs. extension graph- proportionality
The plum pudding model of the atom.
Observations drawn from the Geiger Marsden experiment.
Conclusions made which led to the Rutherford model of the atom.
States of matter can be classified in terms of their characteristics e.g. compressibility, ease of flow, maintenance of shape and volume.
The change of state of Butyl Stearate.
Characteristics of BS in solid and in liquid forms.
Temperature doesn’t change during a change of state.
The molecules of the liquid must overcome the forces of attraction between them.
The temperature of a boiling liquid remains constant, even when more heat is added.

@@ Line 2: / Line 2: @@
 *[[3-FAM-01]] Types of Forces
-*[[3-FAM-02]] Newton’s Third Law
+*[[3-FAM-02]] Building a Force Meter and force extension graph
 *[[3-FAM-03]] Models of the Atom
 *[[3-FAM-04]] Particle Theory Models
 *[[3-FAM-05]] Melting Point, Freezing point
 *[[3-FAM-06]] Boiling point
+*[[3-FAM-07]] Revision
 =Topics covered=
 * Naming and labelling different types of forces.
-* Forces can change the speed of a moving object, change the direction of a moving object and change the shape of an object.
+* Building a force meter
-* Adding simple forces along a straight line.
+* Force vs. extension graph- proportionality
-* Stationary objects have balanced forces acting on them.
-* Labelling Newton's third law paired forces in a range of situations.
-* Newton's third law paired forces act on different objects and therefore do not cancel.
 * The plum pudding model of the atom.
 * Observations drawn from the Geiger Marsden experiment.