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SPH4U EXAM REVIEW QUESTIONS |
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QUESTION |
TOPIC |
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#18, page 64 |
basic acceleration |
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#22, page 64 |
uniform acceleration (vertical) |
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#30, page 66 |
projectile motion |
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#35, page 66 |
relative motion (at an angle) |
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#1 - 7, page 117 |
Newton's Law Concepts |
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#14, page 118 |
friction (horizontal) |
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#29, page 119 |
forces in equilibrium problem |
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#8, page 159 |
basic centripetal force |
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#13, page 160 |
centripetal force (vertical circle) |
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#17, page 160 |
Law of Universal Gravitation |
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#10, page 226 |
work and force |
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#15, page 226 |
work and gravitational potential energy |
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#20, page 227 |
elastic potential, kinetic and gravitational potential energy |
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#21, page 227 |
force - displacement graph |
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#23, page 227 |
elastic potential and kinetic energy |
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#9, page 269 |
impulse-momentum |
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#11, page 269 |
collision |
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#15, page 269 |
collision |
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#19, page 270 |
conservation of energy with collision |
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#7, page 300 |
planetary mechanics (period of orbit) |
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#10, page 300 |
binding energy |
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#12, page 300 |
escape speed |
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#22, page 301 |
gravitational potential & kinetic energy versus separation distance |
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#4, page 378 |
Coulomb's Law |
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#14, page 378 |
electric field strength |
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#24, page 379 |
electric field strength and voltage |
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#28, page 379 |
Millikan's apparatus |
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#12-15, p.488 |
interference of waves in 2 dimensions |
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#10, page 490 |
interference of light |
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#12, page 490 |
interference of light |
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#6, page 490 |
interference of light |
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#13, page 546 |
interference in thin films |
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#15, page 546 |
interference in thin films |
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#1 - 8, page 550 |
wave theory T/F questions |
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#16, page 551 |
interference in thin films |
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#1 - 10, page 659 |
quantum theory T/F questions |
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#5, page 661 |
work function |
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#7, page 661 |
momentum of a photon |
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#11, page 661 |
deBroglie wavelength |
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#7, page 736 |
Radioactive Decay |