FYZ 7 Exam
The following is a list of topics to be covered on 1st Physics exam of the year. The topics may be addressed in any form including matching, short answer, long answer, fill in the blank, multiple choice, and story-problem solving.
Study Chapter 1-Chapter 2:Section 2 (pgs. 2-51)
Need for the Test: Pencil or Pen (optional to bring your own calculator)
Definitions:
-Position
-Rest and Absolute Rest
-Distance and Displacement
-Motion, Speed and Velocity
-Acceleration
-Direct Proportion, Inverse Proportion
-Position vs Time Graph, Velocity vs Time Graph
-Slope or gradient
-Force
-Newton’s First Law of Motion
-Newton’s Second Law of Motion
-Newton’s Third Law of Motion
-Static and Kinetic Friction
-Gravity
Equations:
-Speed =Distance/Time
-Velocity=Displacement/change in time
-Acceleration=change in velocity/change in time
-F=ma
Memorize
-The shape of lines, slopes, and curves for the types of graphs with their meaning
-Velocity addition formula for 2 objects on same surface and 1 object on a moving surface.
-Adding forces to find the Total or Net Force on an object.
Study Chapter 1-Chapter 2:Section 2 (pgs. 2-51)
Need for the Test: Pencil or Pen (optional to bring your own calculator)
Definitions:
-Position
-Rest and Absolute Rest
-Distance and Displacement
-Motion, Speed and Velocity
-Acceleration
-Direct Proportion, Inverse Proportion
-Position vs Time Graph, Velocity vs Time Graph
-Slope or gradient
-Force
-Newton’s First Law of Motion
-Newton’s Second Law of Motion
-Newton’s Third Law of Motion
-Static and Kinetic Friction
-Gravity
Equations:
-Speed =Distance/Time
-Velocity=Displacement/change in time
-Acceleration=change in velocity/change in time
-F=ma
Memorize
-The shape of lines, slopes, and curves for the types of graphs with their meaning
-Velocity addition formula for 2 objects on same surface and 1 object on a moving surface.
-Adding forces to find the Total or Net Force on an object.
FYZ 8 Exam
The following is a list of topics to be covered on 1st Physics exam of the year. The topics may be addressed in any form including matching, short answer, long answer, fill in the blank, multiple choice, and story-problem solving.
Study Chapter 1-Chapter 2:Section 1 (pgs. 2-47)
Need for the Test: Pencil or Pen, calculator
Definitions:
-electric field
-electron, proton, neutron
-electric discharge
-charges
-insulator, conductor
-friction, conduction, induction
-Current, Voltage, Resistance
-Generator, cell, battery, photocell, thermocouple, piezoelectricity
-Circuit, switch, conductor, power source, load, open circuit, closed circuit, parallel circuit, series circuit
-magnetism
-magnet (ferromagnet)
-North Pole, South Pole
-Domains
Equations:
-V=IR
-P=VI
-E=Pt
Memorize:
-actions of like and opposite charges and magnets
-interaction of charge on charged particles and charged on neutral particles
-Ohm’s law graphs on pg.20
Study Chapter 1-Chapter 2:Section 1 (pgs. 2-47)
Need for the Test: Pencil or Pen, calculator
Definitions:
-electric field
-electron, proton, neutron
-electric discharge
-charges
-insulator, conductor
-friction, conduction, induction
-Current, Voltage, Resistance
-Generator, cell, battery, photocell, thermocouple, piezoelectricity
-Circuit, switch, conductor, power source, load, open circuit, closed circuit, parallel circuit, series circuit
-magnetism
-magnet (ferromagnet)
-North Pole, South Pole
-Domains
Equations:
-V=IR
-P=VI
-E=Pt
Memorize:
-actions of like and opposite charges and magnets
-interaction of charge on charged particles and charged on neutral particles
-Ohm’s law graphs on pg.20
GYM I
The following is a list of topics to be covered on 1st Physics exam of the year. The topics may be addressed in any form including matching, short answer, long answer, fill in the blank, multiple choice, and story-problem solving.
Study Chapter 1-Chapter 3 (pgs.1-33)
Need for the Test: Pencil or Pen, calculator
Definitions:
-Nature of Science
-Empirical
-Accuracy & Precision
-Position, Distance, Displacement
-Motion, Speed, and Velocity
-acceleration
-line, slope or gradient, curve
-Force
-Newton’s First Law of Motion
-Newton’s Second Law of Motion
-Newton’s Third Law of Motion
Equations:
-S=d/t
-v=displacement/change in time
-a=change in velocity/change in time
F=ma
%error=(|true value-measured value|/true value) x100
Memorize:
-Giga to nano for scientific notation
-Significant Figures
-meaning of lines, slopes, and curves in the appropriate graphs
-Velocity addition formulas for 2 objects on the same surface and 1 object on a moving surface
-The name, abbreviation, and direction of friction, gravity, tension, force applied, and normal force
Study Chapter 1-Chapter 3 (pgs.1-33)
Need for the Test: Pencil or Pen, calculator
Definitions:
-Nature of Science
-Empirical
-Accuracy & Precision
-Position, Distance, Displacement
-Motion, Speed, and Velocity
-acceleration
-line, slope or gradient, curve
-Force
-Newton’s First Law of Motion
-Newton’s Second Law of Motion
-Newton’s Third Law of Motion
Equations:
-S=d/t
-v=displacement/change in time
-a=change in velocity/change in time
F=ma
%error=(|true value-measured value|/true value) x100
Memorize:
-Giga to nano for scientific notation
-Significant Figures
-meaning of lines, slopes, and curves in the appropriate graphs
-Velocity addition formulas for 2 objects on the same surface and 1 object on a moving surface
-The name, abbreviation, and direction of friction, gravity, tension, force applied, and normal force
GYM II
The following is a list of topics to be covered on 1st Physics exam of the year. The topics may be addressed in any form including matching, short answer, long answer, fill in the blank, multiple choice, and story-problem solving.
Study Chapter 1-Chapter2 (pgs.4-63)
Need for the Test: Pencil or Pen, calculator
Definitions:
-Nature of Science
-Empirical
-Accuracy & Precision
-Position, Distance, Displacement
-Motion, Speed, and Velocity
-acceleration
-line, slope or gradient, curve
Equations:
-S=d/t
-v=displacement/change in time
-a=change in velocity/change in time
-Kinematics Formulas on page 58
%error=(|true value-measured value|/true value) x100
Memorize:
-Giga to nano for scientific notation
-Significant Figures
-meaning of lines, slopes, and curves in the appropriate graphs
-Velocity addition formulas for 2 objects on the same surface and 1 object on a moving surface
Study Chapter 1-Chapter2 (pgs.4-63)
Need for the Test: Pencil or Pen, calculator
Definitions:
-Nature of Science
-Empirical
-Accuracy & Precision
-Position, Distance, Displacement
-Motion, Speed, and Velocity
-acceleration
-line, slope or gradient, curve
Equations:
-S=d/t
-v=displacement/change in time
-a=change in velocity/change in time
-Kinematics Formulas on page 58
%error=(|true value-measured value|/true value) x100
Memorize:
-Giga to nano for scientific notation
-Significant Figures
-meaning of lines, slopes, and curves in the appropriate graphs
-Velocity addition formulas for 2 objects on the same surface and 1 object on a moving surface
GYM III
Study Chapter 9-Chapter 10: Section 1 (pgs.298-338)
Need for the Test: Pencil or Pen, calculator
Definitions:
-Heat, Internal Energy, Temperature
-Kinetic Gas Theory
-Thermal Equilibrium
-Zeroth Law of Thermodynamics
-specific heat
-latent heat
-phase change
Equations:
-Q=cmT
-Q=mL
-PV=nRT
-W=PV
Memorize:
Formulas to convert to and from Kelvin, Fahrenheit, and Celsius scales
Need for the Test: Pencil or Pen, calculator
Definitions:
-Heat, Internal Energy, Temperature
-Kinetic Gas Theory
-Thermal Equilibrium
-Zeroth Law of Thermodynamics
-specific heat
-latent heat
-phase change
Equations:
-Q=cmT
-Q=mL
-PV=nRT
-W=PV
Memorize:
Formulas to convert to and from Kelvin, Fahrenheit, and Celsius scales
GYM IV
Need for the Test: Pencil or Pen, calculator
Definitions:
-Magnetism
-Magnets (Ferro-, Dia-, Para-)
-Declination Angle
-Flux
Equations:
-F=qvB
-F=IlB
-Flux=ABcos(theta)
Memorize:
Right-hand Rule
Definitions:
-Magnetism
-Magnets (Ferro-, Dia-, Para-)
-Declination Angle
-Flux
Equations:
-F=qvB
-F=IlB
-Flux=ABcos(theta)
Memorize:
Right-hand Rule