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    List of Symbols For The A2 Course That You Need To LEARN: Equation(s) You Find It in Quantity Symbol Unit Symbol E KQ/R

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    Tom Bell
    This document lists important symbols and equations for the A2 physics course, along with their corresponding units. It includes: 1) The electric field strength equation E=kQ/r^2, where E is electric field strength in N/C, k is the electric force constant in NC^-2m^-1, Q is charge in C, and r is displacement in m. 2) The centripetal force equation F=mv^2/r, where F is centripetal force in N, m is mass in kg, v is velocity in m/s, and r is displacement in m. 3) Additional equations for electric force, gravitational force, gravitational field strength, gas

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    List of Symbols For The A2 Course That You Need To LEARN: Equation(s) You Find It in Quantity Symbol Unit Symbol E KQ/R

    Uploaded by

    Tom Bell
    38 views1 page
    This document lists important symbols and equations for the A2 physics course, along with their corresponding units. It includes: 1) The electric field strength equation E=kQ/r^2, where E is electric field strength in N/C, k is the electric force constant in NC^-2m^-1, Q is charge in C, and r is displacement in m. 2) The centripetal force equation F=mv^2/r, where F is centripetal force in N, m is mass in kg, v is velocity in m/s, and r is displacement in m. 3) Additional equations for electric force, gravitational force, gravitational field strength, gas

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    learnA2

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    This document lists important symbols and equations for the A2 physics course, along with their corresponding units. It includes: 1) The electric field strength equation E=kQ/r^2, where E is electric field strength in N/C, k is the electric force constant in NC^-2m^-1, Q is charge in C, and r is displacement in m. 2) The centripetal force equation F=mv^2/r, where F is centripetal force in N, m is mass in kg, v is velocity in m/s, and r is displacement in m. 3) Additional equations for electric force, gravitational force, gravitational field strength, gas

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as DOC, PDF, TXT or read online from Scribd
    Download as doc, pdf, or txt
    38 views1 page

    List of Symbols For The A2 Course That You Need To LEARN: Equation(s) You Find It in Quantity Symbol Unit Symbol E KQ/R

    Uploaded by

    Tom Bell
    This document lists important symbols and equations for the A2 physics course, along with their corresponding units. It includes: 1) The electric field strength equation E=kQ/r^2, where E is electric field strength in N/C, k is the electric force constant in NC^-2m^-1, Q is charge in C, and r is displacement in m. 2) The centripetal force equation F=mv^2/r, where F is centripetal force in N, m is mass in kg, v is velocity in m/s, and r is displacement in m. 3) Additional equations for electric force, gravitational force, gravitational field strength, gas

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as DOC, PDF, TXT or read online from Scribd
    Download as doc, pdf, or txt
    of 1

    List of Symbols for the A2 Course that you need to LEARN

    in addition to AS, people – get the other sheet as well

    equation(s) you quantity symbol unit symbol


    find it in
    E = kQ/r2 electric field strength E Newtons/Coulomb N/C
    electric force constant k Newton coulomb-2m-1 NC-2m-1
    (= 1/4o)
    charge Q coulombs C
    displacement r metre m
    F = mv2/r centripetal force F Newtons N

    displacement r metre m
    2
    F = kQ1Q2/r force F Newtons N
    electric force constant k Newton coulomb-2m-1 NC-2m-1
    (= 1/4o)
    charge Q coulombs C
    displacement r metre m
    F = -GM1M2/r2 force F Newtons N
    gravitational constant G Newton per kilogram Nkg-2m2
    squared metre squared
    mass m kilogram kg
    distance r metres m
    g = -GM/r2 gravitational field g Newtons/kilogram N/kg
    strength
    gravitational constant G Newton per kilogram Nkg-2m2
    squared metre squared
    mass m kilogram kg
    distance r metres m
    pV = nRT pressure p Newtons per metre Nm-2
    squared
    volume V metres cubed m3
    number of molecules N - -
    gas constant R joule per Kelvin per JK-1mol-1
    mole
    temperature  degree Celsius o
    C
    Vgrav = -GM/r gravitational potential Vgrav joule per kilogram Jkg-1
    gravitational constant G Newton per kilogram Nkg-2m2
    squared metre squared
    mass m kilogram kg
    distance r metres m

    Note that Energy E and Work W or Work done W are all the same thing.

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