φfizikzauglom

PHYSICS WITHOUT ANY FOLLOWING

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Classes are determined according to the federal work programs of basic and advanced levels. The sequence of individual topics may differ in a particular school.

48 from 48 quantities? Tap a highlighted symbol to see what it means
AMechanics

Acceleration

9 · 10 classUnit: meters per second squared
9 class10 class
9 class10 class
AOscillations and waves

Amplitude

9 · 11 classUnit: meter
9 class11 class
11 class
AMechanics

Angular velocity

9 · 10 · 11 classUnit: radians per second
9 class10 class
9 class10 class11 class
BMechanics

Body impulse

9 · 10 classUnit: kilogram-meter per second
9 class10 class
9 class10 class

Condition: In the formulas for changing momentum, F is the average resultant force, and FΔt is the impulse of the force. The moment of force is denoted by M and is used to describe the rotational action of a force.

BMechanics

Body weight

7 · 9 · 10 classUnit: newton
9 class10 class
7 class9 class10 class

Condition: The sign depends on the direction of acceleration; P = N for a body on a support without vertical acceleration.

COscillations and waves

Cyclic frequency

9 · 11 classUnit: second to the minus first power
9 class11 class
9 class11 class
DMechanics

Density

7 · 10 classUnit: kilogram per cubic meter
7 class
7 class10 class
DMechanics

Distance and path

7 · 9 · 10 classUnit: meter
7 class9 class10 class
9 class10 class
EMechanics

Efficiency

7 · 8 · 10 classUnit: percentage
7 class
8 class10 class
EElectricity

Electric charge

8 · 10 classUnit: pendant
8 class10 class
8 class10 class
EElectricity

Electric current

8 · 10 classUnit: ampere
8 class10 class
8 class10 class
EElectricity

Electric field strength

8 · 10 classUnit: volt per meter, newton per coulomb
8 class10 class
10 class
EElectricity

Electrical capacity

10 · 11 classUnit: farad
10 class
10 class
EElectricity

Electrical resistance

8 · 10 · 11 classUnit: ohm
8 class10 class
8 class10 class
EElectricity

Electrical voltage

8 · 10 classUnit: volt
8 class10 class
8 class10 class
EElectricity

Electromotive force

10 · 11 classUnit: volt
10 class
10 class
EMechanics

Elongation

7 · 9 · 10 classUnit: meter
7 class9 class10 class
7 class9 class10 class
EMechanics

Energy

7 · 9 · 10 · 11 classUnit: joule
7 class9 class10 class
7 class9 class10 class
FOptics

Focal length

9 · 11 classUnit: meter
9 class11 class
9 class11 class
FMechanics

Force

7 · 9 · 10 · 11 classUnit: newton
9 class10 class
7 class9 class10 class
FOscillations and waves

Frequency

9 · 11 classUnit: hertz
9 class11 class
9 class11 class
FMechanics

Friction coefficient

9 · 10 classUnit: dimensionless quantity
9 class10 class
9 class10 class
HMCT and thermodynamics

Heat

8 · 10 classUnit: joule
8 class10 class
8 class10 class
HMechanics

Height and depth

7 · 9 · 10 classUnit: meter
9 class10 class
9 class10 class
IElectricity

Inductance

11 classUnit: Henry
11 class
11 class
LOptics

Lens magnification

9 · 11 classUnit: dimensionless quantity
9 class11 class
9 class11 class
LOptics

Lens power

9 · 11 classUnit: diopter
9 class11 class
9 class11 class
MMagnetism

Magnetic flux

8 · 11 classUnit: weber
8 class11 class
11 class
MMagnetism

Magnetic induction

8 · 11 classUnit: Tesla
8 class11 class
8 class11 class
MMechanics

Mass

7 · 8 · 9 · 10 · 11 classUnit: kilogram
7 class
9 class10 class
MMechanics

Mechanical stress

10 classUnit: pascal
10 class
10 class
MMCT and thermodynamics

Molar mass

10 classUnit: kilogram per mole
10 class
10 class
MMCT and thermodynamics

Molecular concentration

7 · 10 classUnit: reciprocal cubic meter
10 class
10 class
mMechanics

moment of force

7 · 9 · 10 classUnit: newton meter
7 class9 class10 class
POscillations and waves

Period

9 · 11 classUnit: second
9 class11 class
9 class11 class
PElectricity

Potential

10 classUnit: volt
10 class
10 class
PMechanics

Power

7 · 8 · 9 · 10 classUnit: watt
7 class9 class10 class
9 class10 class
PMechanics

Pressure

7 · 10 classUnit: pascal
7 class
7 class
QMCT and thermodynamics

Quantity of substance

10 classUnit: mole
10 class
10 class

Condition: The internal energy formula U = 3νRT/2 is given for a monatomic ideal gas.

ROptics

Refractive index

9 · 11 classUnit: dimensionless quantity
9 class11 class
9 class11 class
RElectricity

Resistivity

8 · 10 classUnit: ohm meter
8 class10 class
10 class
SMCT and thermodynamics

Specific heat capacity

8 · 10 classUnit: joule per kilogram kelvin
8 class10 class
8 class10 class
SMechanics

Spring stiffness

7 · 9 · 10 · 11 classUnit: newton per meter
7 class9 class10 class
9 class10 class
TMCT and thermodynamics

Temperature

8 · 10 classUnit: kelvin, degree Celsius
8 class10 class
10 class

Condition: The temperature increments are equal: ΔT in Kelvin is numerically equal to Δt in degrees Celsius.

TMechanics

Time

7 · 8 · 9 · 10 · 11 classUnit: second
7 class9 class10 class
9 class10 class
VMechanics

Velocity

7 · 9 · 10 · 11 classUnit: meter per second
7 class9 class10 class
7 class9 class10 class
WOscillations and waves

Wavelength

9 · 11 classUnit: meter
9 class11 class
9 class11 class
WMechanics

Work

7 · 8 · 9 · 10 classUnit: joule
9 class10 class
8 class10 class