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Gravity – a force of attraction between two objects (pulling force) The Legend of Newton’s apple All objects in the universe attract each other through gravitation force. Size of force depends on: The masses of the two objects. The distance between the two objects. How would mass effect gravity? More mass = more gravity How would distance effect gravity? More distance = less gravity Weight – a measure of the gravitational force on an object SI Units English Units Newton (N) Pounds (lb) Conversion 1 lb = 4.45 N 1 N = .2247lb Galileo - mass does not affect the rate at which an object falls. All objects fall at the same rate when in free fall. Free Fall – when only the force of gravity acts on an object. Acceleration due to gravity – use g instead of variable a because it is a constant Air resistance – fluid friction on objects moving through air Depends on: Speed of object faster = more air resistance number of collision of air particles with the surface increase causing greater friction Surface area more surface = more air resistance more surface for more air particles to collide with causing greater friction Terminal velocity – when a falling object reaches a constant velocity caused when the force of gravity and air resistance are balanced Ff increases as speed increases Ff = Fg Fg

INTO JAPANESE

重力-の 2 つのオブジェクト (牽引) ニュートン伝説のアップルの宇宙のすべてのオブジェクトとの間の引力は重力の力によって互いを引き付けます。 力の大きさによって異なります: 2 つのオブジェクトの塊。 2 つのオブジェクト間の距離。 質量をどのように重力に影響を与えるか。 質量さらに重力をどのように = 距離だろう

BACK INTO ENGLISH

Gravity - the attraction between all objects in the universe of the legend of two objects (tow) Newton Apple attract each other through the force of gravity. Depends on the size of the force: mass of the two objects. The distance between two objects. Mass how to

INTO JAPANESE

重力 - 2 つのオブジェクト (tow) ニュートンのリンゴの伝説の宇宙のすべてのオブジェクト間の引力は重力の力によって互いを引き付けます。 力のサイズによって異なります: 2 つのオブジェクトの質量。 2 つのオブジェクト間の距離。質量方法

BACK INTO ENGLISH

Gravity - gravity between all objects in the universe of the legend of the two objects (tow) Newton's Apple attract each other by the force of gravity. Depends on the size of the forces: the mass of the two objects. The distance between two objects. How to mass

INTO JAPANESE

重力 - 2 つのオブジェクト (tow) ニュートンのリンゴの伝説の宇宙のすべてのオブジェクトとの間の重力は、重力の力で互いを引き付けます。 力の大きさに依存する: 2 つのオブジェクトの質量。2 つのオブジェクト間の距離。量産する方法

BACK INTO ENGLISH

Gravity - gravity between all objects in the universe of the legend of the two objects (tow) Newton's Apple attract each other with the force of gravity. Depends on the size of the force: the mass of the two objects. The distance between two objects. How to mass production

INTO JAPANESE

重力 - 2 つのオブジェクト (tow) ニュートンのリンゴの伝説の宇宙のすべてのオブジェクトとの間の重力は、重力の力で互いを引き付けます。力のサイズによって異なります: 2 つのオブジェクトの質量。2 つのオブジェクト間の距離。大量生産する方法

BACK INTO ENGLISH

Gravity - gravity between all objects in the universe of the legend of the two objects (tow) Newton's Apple attract each other with the force of gravity. Depends on the size of the forces: the mass of the two objects. The distance between two objects. How to mass production

INTO JAPANESE

重力 - 2 つのオブジェクト (tow) ニュートンのリンゴの伝説の宇宙のすべてのオブジェクトとの間の重力は、重力の力で互いを引き付けます。力の大きさに依存する: 2 つのオブジェクトの質量。2 つのオブジェクト間の距離。大量生産する方法

BACK INTO ENGLISH

Gravity - gravity between all objects in the universe of the legend of the two objects (tow) Newton's Apple attract each other with the force of gravity. Depends on the size of the force: the mass of the two objects. The distance between two objects. How to mass production

INTO JAPANESE

重力 - 2 つのオブジェクト (tow) ニュートンのリンゴの伝説の宇宙のすべてのオブジェクトとの間の重力は、重力の力で互いを引き付けます。力のサイズによって異なります: 2 つのオブジェクトの質量。2 つのオブジェクト間の距離。大量生産する方法

BACK INTO ENGLISH

Gravity - gravity between all objects in the universe of the legend of the two objects (tow) Newton's Apple attract each other with the force of gravity. Depends on the size of the forces: the mass of the two objects. The distance between two objects. How to mass production

INTO JAPANESE

重力 - 2 つのオブジェクト (tow) ニュートンのリンゴの伝説の宇宙のすべてのオブジェクトとの間の重力は、重力の力で互いを引き付けます。力の大きさに依存する: 2 つのオブジェクトの質量。2 つのオブジェクト間の距離。大量生産する方法

Party is busted

it is unlikely that this phrase will ever reach equilibrium

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08Aug09
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