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Physics

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Newton's 3 laws

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I. Every object in a state of uniform motion tends to remain in that state of motion unless an external force is applied to it. II. The relationship between an object's mass m, its acceleration a, and the applied force F is F = ma. Acceleration and force are vectors III. For every action there is an equal and opposite reaction.
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Mathematics in Physics

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Name: _Legaspi, Maria Andrea P.__________________________ Year & Section: __PAL_________________________ FUNDAMENTAL AND DERIVED QUANTITIES Fundamental Quantities Derived Quantities Identify at least 3 derived quantities, its corresponding SI unit and symbol. Physical Quantity SI Unit Symbol Physical Quantity SI Unit Symbol Amount of substance mole mol Volume cubic meter m^3 Electric charge coulomb C Acceleration meters per second squared m/s^2 Length meter m Area square meter m^2 Luminous intensity candela cd Mass kilogram kg Temperature kelvin K Time second s Compare and Contrast? How are derived quantities different from fundamental quantities?

Magnetism

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Magnetism is the force between magnetic poles, like poles repel opposites attract. Force varies as inverse spuare of distance. Stronger than gravity and there are no such thing as a single pole. Magnetic field lines will always be loops since magnetic fields always have both a North and a South. Compasses will align with the field lines and by convention magnetic force and field go from N to S. All magnetism is caused by accelerating electric charges.

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Kinematics Review

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Kinematics Uniform Motion How can uniform motion be I. Any object moving at a constant velocity expressed and how can it be II. When graphed, the line of best fit represents the average speed calculated? a. y = mx + b; where ?m? is the constant (slope) and ?b? is the initial value b. velocity = displacement / time (m/s) Vectors and Scalars What is the difference betw- I. A vector is a measurement that has a direction component een a vector and a scalar? a. Velocity and displacement are vector quantities (e.g. 5 km/h [S]) II. Speed and distance are scalar quantities (e.g. 15 m away) Uniform Acceleration What is uniform acceleration I. Accelerated motion (non-uniform) occurs when an object travelling in a

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