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Force

Newtons 3 Laws

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Physics
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Classical mechanics
Force
Mechanics
Physical quantities
Acceleration
Inertia
Reaction
Mass
newton's Laws of motion
Tension
G-force
motion

Newton?s 3 Laws Of Motion Mia Bentley and Dekendrick Bullie 2nd period 10/9/15 Newton?s 1st law An object at rest will remain at rest unless effected by an unbalanced force. An object in motion stays in motion at the same speed unless effected by an unbalanced force. Also known as law of inertia There is a natural tendency for objects to do their own thang All objects resist changes in their states of motion and will maintain motion if not affected by an unbalanced force Any object in motion involves acceleration and then applies the second law Everyone continues in a state of rest or moving uniformly except being when its changed by an outside force Force is necessary for the change of velocity (no force, no acceleration) Newton?s 1st law .

Physics Lab 12

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Physics
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Physical quantities
Mechanics
Classical mechanics
Conservation laws
Momentum
motion
Mass
Force
Collision
Laws of science

Adelinne Wenger Analyzing The Law of Conservation of Momentum Lab #12 1/6/16 Mr. Glasel Period 5 Purpose: To determine the momentums of two cars after a spring ?explodes? pushing them apart and, for a variety of different situation, demonstrate that the law of conservation of momentum is obeyed in each case. Introduction

Physics Lab 10

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Physics
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Physical quantities
FNET
Mass
Acceleration
Force

Adelinne Wenger Analyzing Newton?s Second Law of Motion Lab #10 12/2/15 Mr. Glasel Period 5 Purpose: To show how the acceleration of an object depends on the applied force if the mass unchanged. The second to show the relationship between mass and acceleration for a constantly applied force and varying total mass. Introduction

Torque

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Physics
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Physical quantities
Torque
Mass
Spring
Force
Lever
Momentum
Net force
Cavendish experiment

AP Physics Multiple Choice Practice ? Torque 1. A uniform meterstick of mass 0.20 kg is pivoted at the 40 cm mark. Where should one hang a mass of 0.50 kg to balance the stick? ?(A) 16 cm (B) 36 cm (C) 44 cm (D) 46 cm (E) 54 cm 2. A uniform meterstick is balanced at its midpoint with several forces applied as shown below. If the stick is in equilibrium, the magnitude of the force X in newtons (N) is?(A) 50 N (B) 100 N (C) 200 N (D) 300 N (E) impossible to determine without the weight of the stick 3. A door (seen from above in the figures below) has hinges on the left hand side. Which force produces the largest torque? The magnitudes of all forces are equal.

College Physics Chapter 4 Notes

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Physics
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Force
Classical mechanics
Physical quantities
Mass
Isaac Newton
Normal force
Weight
newton's Laws of motion
Net force
Acceleration
Newton's law of universal gravitation
Inertia

Chapter 4 Notes: The Laws of Motion Forces Force ? push or pull on some object vector quantity Contact Forces ? result from physical contact between two objects Field Forces ? ?action-at-a-distance? gravity electric force magnetic force * The known fundamental forces in nature are all field forces In order of decreasing strength: strong nuclear force electromagnetic force weak nuclear force gravitational force Newton?s First Law An object moves with a velocity that is constant in magnitude and direction, unless acted on by a nonzero net force Net Force ? vector sum of all external forces exerted on an object Mass and Inertia Inertia ? tendency of an object to continue in its original state of motion Mass ? measure of an object?s resistance to changes in its motion due to force

ch 12 test

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Human Geography
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Force
Mechanics
Rotation
Centripetal
Centrifugal
Balkanization
Heartland
Zoning
Nation state
War
Rwandan Genocide

Unit 12 Big Test Study guide States Nations and Nation states Capital Cities, Forward capital Centripetal and centrifugal forces nationalism Separatist movements Balkanization Irrendentism Quebec separatist Heartland theory Shape of states Boundaries Relict or relic boundaries Consquent or ethnographic boundaries Resources disputes UN Convention of the Law of the Sea European Union Economic alliances supranationalism Imperialism and modern boundaries Shatterbelt theory Rwandan genocide Gerry mandering reapportionment Zoning ordinances Special purpose districts
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Variation of the Value of g Across the Earth

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Gravitation
Gravimetry
Acceleration
Force
Geodesy
Gravity of Earth
Equatorial bulge
Weight
Gravitational acceleration
Gravity
Standard gravity
Orbit

Value of "g" Acceleration due to gravity at different locations Place Latitude Altitude "g" in m/s2 North Pole 90o 0m 9.832 Green Land 70o 20m 9.825 Stockholm 59o 45m 9.818 Brussels 51o 102m 9.811 Benff 51o 1376m 9.808 New York 41o 38m 9.803 Chicago 42o 182m 9.803 Denver 40o 1638m 9.796 San Francisco 38o 114m 9.800 Canal Zone 9o 6m 9.782 Java 6oSouth 7m 9.782 New Zealand 37oSouth 3m 9.800 Taken from http://www.haverford.edu/educ/knight-booklet/accelarator.htm Earth?s Gravity (from Wikipedia)

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