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Physics

Physics
42問 • 1年前
  • Maxine laurier
    • 通報

    問題一覧

  • 1

    Study of matter an energy

    physics

  • 2

    Branches of physics

    classical physics modern physics

  • 3

    It is traditional topic.

    Classical Physics

  • 4

    Study of forces acting on bodies whether at rest or in motion.

    mechanics

  • 5

    On motion without regard to its cause or without reference to force

    kinematics (under of mechanic)

  • 6

    On forces acting on bodies at rest.

    statics (under of mechanics)

  • 7

    On motion and the forces that affect it or with reference to force.

    dynamics ( under of mechanics)

  • 8

    Production and propagation of SOUND WAVES.

    acoustics of classical physics

  • 9

    Study of light

    optics of classical physics

  • 10

    Production, nature, and properties of light.

    physical optics

  • 11

    On the part played by light in vision.

    physiological optics

  • 12

    Reflection and refraction of light.

    geometrical optics

  • 13

    Relationship of heat and other forms of energy

    thermodynamics of classical physics

  • 14

    Properties of electric current and magnetism.

    electromagnetism of classical physics

  • 15

    Concern with the behavior of matter and energy under extreme conditions.

    modern physics

  • 16

    It is a study of components, structure, and behavior or the nucleus of the atom.

    atomic or nuclear physics

  • 17

    It is study of discrete nature of phenomena at the atomic and subatomic levels. Focus on the indivisible units of energy called "quanta"

    quantum physics

  • 18

    Study of phenomena that take place in a frame of reference that is in motion WITH RESPECT TO AN OBSERVER.

    Relativistic physics

  • 19

    Study of all properties of solid, including electrical conduction in crystals of semiconductors and metals, superconductivity and photoconductivity.

    solid state physics

  • 20

    Study of the properties of condensed materials. Extention of solid state physics.

    condensed matter physics

  • 21

    Any number that is used to DESCRIBE A PHYSICAL PHENOMENON.

    physical quantity

  • 22

    Kind of measurable quantities

    fundamental quantities derived quantities

  • 23

    Measured by direct method.

    fundamental quantities

  • 24

    Other physical quantities are formulated based from the fundamental quantities Area, volume, speed, pressure, density, specific heat

    derived quantities

  • 25

    What are the fundamental physical quantities?

    length, mass, and time

  • 26

    Known as the british gravitational system. It is standard units are based on body parts.

    english/british system

  • 27

    End joint of the thumb (unicia)

    inches

  • 28

    Length of the foot (30? 48 cm)

    foot

  • 29

    Distance from the tip of the nose to the end of the middle finger. (3ft.or 0.9144 cm)

    yard

  • 30

    Distance from the end of the elbow to the finger tip. (18 in. Or 49 cm)

    cubit

  • 31

    Distance between the fingertips of two arms. (6ft or 1.8m)

    fathom

  • 32

    Decimal based system of units which was proposed in France by Gabriel Mouton SI (System International)

    metric system

  • 33

    Used to convert a quantity in one system of units to corresponding quantity in another system of units.

    conversion of units

  • 34

    How close it is likely to be to the true value.

    accuracy

  • 35

    Closeness of two or more measurement to each other.

    precision

  • 36

    Statistical fluctuations in the measured data due to the precision limitations of the measurement device.

    random errors

  • 37

    Reproducible innacuracies that are consistently in direction.

    systematic errors

  • 38

    Compress all digits that are known with certainty plus the first digit that us uncertain position of points are relevant.

    significant figures

  • 39

    The answer must contain the number of a decimal places on the term with the LEAST NUMBER OF DECIMAL PLACE.

    addition/subtraction.

  • 40

    The answer must contain the same number of significant figures as the term with the LEAST NUMBER OF SIGNIFICANT FIGURES.

    multiplication/division

  • 41

    Physical quantity with a magnitude only. No direction.

    scalar

  • 42

    Have a magnitude and direction

    vector

    • Meiosis

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    Maxine laurier · 17問 · 1年前

    Meiosis

    Meiosis

    17問 • 1年前
    Maxine laurier

    formulas/definition

    formulas/definition

    Maxine laurier · 32問 · 1年前

    formulas/definition

    formulas/definition

    32問 • 1年前
    Maxine laurier

    cell cycle / cell division

    cell cycle / cell division

    Maxine laurier · 21問 · 1年前

    cell cycle / cell division

    cell cycle / cell division

    21問 • 1年前
    Maxine laurier

    問題一覧

  • 1

    Study of matter an energy

    physics

  • 2

    Branches of physics

    classical physics modern physics

  • 3

    It is traditional topic.

    Classical Physics

  • 4

    Study of forces acting on bodies whether at rest or in motion.

    mechanics

  • 5

    On motion without regard to its cause or without reference to force

    kinematics (under of mechanic)

  • 6

    On forces acting on bodies at rest.

    statics (under of mechanics)

  • 7

    On motion and the forces that affect it or with reference to force.

    dynamics ( under of mechanics)

  • 8

    Production and propagation of SOUND WAVES.

    acoustics of classical physics

  • 9

    Study of light

    optics of classical physics

  • 10

    Production, nature, and properties of light.

    physical optics

  • 11

    On the part played by light in vision.

    physiological optics

  • 12

    Reflection and refraction of light.

    geometrical optics

  • 13

    Relationship of heat and other forms of energy

    thermodynamics of classical physics

  • 14

    Properties of electric current and magnetism.

    electromagnetism of classical physics

  • 15

    Concern with the behavior of matter and energy under extreme conditions.

    modern physics

  • 16

    It is a study of components, structure, and behavior or the nucleus of the atom.

    atomic or nuclear physics

  • 17

    It is study of discrete nature of phenomena at the atomic and subatomic levels. Focus on the indivisible units of energy called "quanta"

    quantum physics

  • 18

    Study of phenomena that take place in a frame of reference that is in motion WITH RESPECT TO AN OBSERVER.

    Relativistic physics

  • 19

    Study of all properties of solid, including electrical conduction in crystals of semiconductors and metals, superconductivity and photoconductivity.

    solid state physics

  • 20

    Study of the properties of condensed materials. Extention of solid state physics.

    condensed matter physics

  • 21

    Any number that is used to DESCRIBE A PHYSICAL PHENOMENON.

    physical quantity

  • 22

    Kind of measurable quantities

    fundamental quantities derived quantities

  • 23

    Measured by direct method.

    fundamental quantities

  • 24

    Other physical quantities are formulated based from the fundamental quantities Area, volume, speed, pressure, density, specific heat

    derived quantities

  • 25

    What are the fundamental physical quantities?

    length, mass, and time

  • 26

    Known as the british gravitational system. It is standard units are based on body parts.

    english/british system

  • 27

    End joint of the thumb (unicia)

    inches

  • 28

    Length of the foot (30? 48 cm)

    foot

  • 29

    Distance from the tip of the nose to the end of the middle finger. (3ft.or 0.9144 cm)

    yard

  • 30

    Distance from the end of the elbow to the finger tip. (18 in. Or 49 cm)

    cubit

  • 31

    Distance between the fingertips of two arms. (6ft or 1.8m)

    fathom

  • 32

    Decimal based system of units which was proposed in France by Gabriel Mouton SI (System International)

    metric system

  • 33

    Used to convert a quantity in one system of units to corresponding quantity in another system of units.

    conversion of units

  • 34

    How close it is likely to be to the true value.

    accuracy

  • 35

    Closeness of two or more measurement to each other.

    precision

  • 36

    Statistical fluctuations in the measured data due to the precision limitations of the measurement device.

    random errors

  • 37

    Reproducible innacuracies that are consistently in direction.

    systematic errors

  • 38

    Compress all digits that are known with certainty plus the first digit that us uncertain position of points are relevant.

    significant figures

  • 39

    The answer must contain the number of a decimal places on the term with the LEAST NUMBER OF DECIMAL PLACE.

    addition/subtraction.

  • 40

    The answer must contain the same number of significant figures as the term with the LEAST NUMBER OF SIGNIFICANT FIGURES.

    multiplication/division

  • 41

    Physical quantity with a magnitude only. No direction.

    scalar

  • 42

    Have a magnitude and direction

    vector