6309902
Description
Mind Map by Mariely BJ, updated more than 1 year ago
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Created by Mariely BJ
about 8 years ago
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Physics
- Measurements
- Uncertainties
- Can affect
- Precision
- Random error
- Random error
- Accuracy
- Systematic error
- Systematic error
- Precision
- Absolute
- Relative
- Percentage
- Percentage
- Relative
- Operations
- Sum and
rest
- Add the absolute
uncertainties
- Add the absolute
uncertainties
- Any other
operation
- Add percentage
uncertainties
- For power and roots, multiply the exponent by the percentage
uncertainty
- For power and roots, multiply the exponent by the percentage
uncertainty
- Add percentage
uncertainties
- Sum and
rest
- Can affect
- SI Units
- Derived
Units
- Volume -
m^3
- Density -
kgm^-3
- Newton -
kgms^-2
- Newton -
kgms^-2
- Density -
kgm^-3
- Volume -
m^3
- Length - m
- Time - s
- Mass - kg
- Electric current - A
- Temperature -
K
- Amount of substance - mol
- Luminous intensity - cd
- Luminous intensity - cd
- Amount of substance - mol
- Temperature -
K
- Electric current - A
- Mass - kg
- Time - s
- Derived
Units
- Orders of magnitud
- Mass
- Electron -
10^-30
- Proton -
10^-27
- Observable universe -
10^50
- Observable universe -
10^50
- Proton -
10^-27
- Electron -
10^-30
- Length
- Radios proton -
10^-15
- Diameter H atom -
10^-10
- Radios obs. universe -
10^26
- Radios obs. universe -
10^26
- Diameter H atom -
10^-10
- Radios proton -
10^-15
- Time
- Age universe -
10^18
- Age universe -
10^18
- Themes
- Vectors
- Quantity with magnitude and direction
- Use of
- Trigonometry
- Trigonometry
- Motion
- Use of
- Not the same as
- Motion
- Scalar
- Quantity with magnitude
only
- Quantity with magnitude
only
- Motion
- Example
- Equilibrant vector
- Added to the original gives zero as result
- Changes direction 180º
- Added to the original gives zero as result
- Weight
- Quantity with magnitude and direction
- Thermodynamics
- Boyle's Law
- Charle's Law
- Pressure Law
- Ideal Gas
Law
- PV=nRT
- Small elastic balls
- PE is zero
- Smaller than total volume
- Elastic
- Elastic
- Smaller than total volume
- PE is zero
- Small elastic balls
- PV=nRT
- Ideal Gas
Law
- KE + PE
- Internal energy
- Internal energy
- Average KE
- Temperature
- Temperature
- Specific heat capacity
- Heat capacity
- Latent heat
- Fusion
- Vaporization
- Fusion
- Boyle's Law
- Circular Motion
- Time period (s)
- Frequency (s^-1)
- Angular frequency
- or
- Angular velocity
- Angular velocity
- Simple Harmonic Motion
- or
- Centripetal acceleration
- Time period (s)
- Oscillations
- Simple Harmonic Motion
- Can be
- Pendulum
- Graphs
- Graphs
- Spring
- Related with
- Hooke's Law
- Hooke's Law
- Related with
- Pendulum
- Can be
- Waves
- Travelling
- Transverse
- Light
- can also be
- Electromagnetic
- Electromagnetic
- can also be
- can be
- Unpolarized
- or
- Polarized
- Polarized
- or
- Unpolarized
- Light
- Longitudinal
- Sound
- can also be
- Mechanical
- Mechanical
- can also be
- Sound
- Transverse
- Standing
- Characteristics of light
- Reflection
- Total Internal Reflection
- Refraction
- Snell's Law
- Critical Angle
- Snell's Law
- Superposition
- Interference
- Constructive
- Destructive
- Path difference
- Pase difference
- Pase difference
- Path difference
- Constructive
- Interference
- Standing
- Travelling
- Smaller wavelength
- higher
- Frequency (s^-1)
- Energy
- Frequency (s^-1)
- higher
- Wavefront
- Ray
- Intensity
- related with
- Power/Area
- Power/Area
- Polarized
- Malu's Law
- Brewster's Angle
- Malu's Law
- related with
- Reflection
- Travelling
- Frequency (s^-1
- Time period (s)
- Simple Harmonic Motion
- Kinematics
- Motion
- Forces
- Newton's Fist
Law
- Object is at rest or constant motion unless an external force is applied to it
- Object is at rest or constant motion unless an external force is applied to it
- Newton's Second
Law
- Momentum
- Change equals to
- Impulse
- F*t
- F*t
- Impulse
- m*v
- Conservation of momentum
- and
- change of
- Collisions
- Elastic
- KE conserved
- KE conserved
- Inelastic
- KE of system lost
- KE of system lost
- Explosions
- KE of system gained
- KE of system gained
- Elastic
- Collisions
- change of
- and
- Change equals to
- Impulse
- Momentum
- Newton's Third
Law
- If an object exerts a force upon a second object, the second object exerts a force of same magnitude but opposite direction on the first one.
- Related with
- Explosions
- Explosions
- If an object exerts a force upon a second object, the second object exerts a force of same magnitude but opposite direction on the first one.
- Strong
- Electromagnetic
- Weak
- Gravitational
- Gravitational
- Weak
- Electromagnetic
- Weight
- Tension
- Normal
- Friction
- Static
- Dynamic
- Fluid
resistance
- Uptrhust
- Thrust
- Drag
- Drag
- Thrust
- Uptrhust
- Static
- Friction
- Normal
- Tension
- Represented in
- Free body diagrams
- Free body diagrams
- Newton's Fist
Law
- Distance vs
Displacement
- Scalar
- Speed
- Energy
- Ability to do
- Ability to do
- Speed
- Vector
- Velocity
- Acceleration
- Acceleration
- Velocity
- Work
- Scalar
- Nevertheless
- It can have negative values
- It can have negative values
- Nevertheless
- Is done
- Not
- An object has
- An object has
- Not
- Ability to do
- Scalar
- Scalar
- Uniformly accelerated motion
- Free fall
- Free fall
- Projectile motion
- Vertical motion (y-compnent)
- Horizontal motion (x-compnent)
- Vertical motion (y-compnent)
- Forces
- Energy
- Mechanic
- Kinetic
- Motion
- 1/2mv^2
- 1/2mv^2
- Change of
- Net Work
- Work
- Work
- Net Work
- Motion
- Potential
- Stored
- mgh
- mgh
- Change of
- Work done by a person
- Work
- Rate of work done
- Useful over used
- Efficiency
- Efficiency
- Rate of work done
- Work
- Work done by a person
- Can be
- Elastic
- Hooke's Law
- Conservation of energy
- Hooke's Law
- Elastic
- Stored
- Kinetic
- Change
- Rate of energy transferred
- Power
- Useful over used
- Efficiency
- Efficiency
- Power
- Average KE
- Mechanic
- Motion
- Vectors
- Mass
- Uncertainties
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