Title: Theory / Unimportant / Experimental / Constants / SI; / Units
Tags: cardSimpleType1butnoTyp2 duplicateToOtherBook fromMath

Name: meter
Abbreviation: m
Chapter: Appendix 1
Page: 865
Represents: length

Name: kilogram
Abbreviation: kg
Chapter: Appendix 1
Page: 865
Represents: Mass

Name: Second
Abbreviation: s
Chapter: Appendix 1
Page: 865
Represents: Time

Name: degree Kelvin
Abbreviation: K or °K
Chapter: Appendix 1
Page: 865
Represents: Thermodynamic temperature

Name: Candela
Abbreviation: cd
Chapter: Appendix 1
Page: 865
Represents: Luminous intensity

Name: radian
Abbreviation: rad
Chapter: Appendix 1
Page: 865
Represents: Plane angle

Name: steradian
Abbreviation: sr
Chapter: Appendix 1
Page: 865
Represents: Solid angle (i.e. angle in a cone)

Name: joule
Abbreviation: J
Chapter: Appendix 1
Page: 866
Represents: Energy
Typ: N.m
s: -2
m: 2
kg: 1
Typ2: Gr.kg
Other fields (not shown on cards):
SI types: kg m^2 s^-2

Name: newton
Abbreviation: N
Chapter: Appendix 1
Page: 866
Represents: Force
s: -2
m: 1
Other fields (not shown on cards):
SI types: kg m^ s^-2

Name: watt
Abbreviation: W
Chapter: Appendix 1
Page: 866
Represents: Power
Typ: J.s^-1
s: -3
m: 2
kg: 1
Other fields (not shown on cards):
SI types: kg m^2 s^-3

Name: coulomb
Abbreviation: C
Chapter: Appendix 1
Page: 866
Represents: Electric charge
s: 1
Other fields (not shown on cards):
SI types: A s

Name: volt
Abbreviation: V
Chapter: Appendix 1
Page: 866
Represents: Electric potential difference
Typ: W/A
s: -3
m: 2
kg: 1
A: -1
Typ2: J/C
Typ3: Wb/s
Other fields (not shown on cards):
SI types: kg m^2 A^-1 s^-3

Name: ohm
Abbreviation: \(\Omega\)
Chapter: Appendix 1
Page: 866
Represents: Electric resistence
Typ: V/A
s: -3
m: 2
kg: 1
A: -2
Typ2: Wb/C
Typ3: W/A2
Typ4: H/s
Other fields (not shown on cards):
SI types: kg m^2 s^-3 A^-2

Name: farad
Abbreviation: F
Chapter: Appendix 1
Page: 866
Represents: Electric capacitance
Typ: S.s
s: 4
m: -2
kg: -1
A: 2
Typ2: C/V
Typ3: s/\(\Omega\)
Typ4: C^2/J
Typ5: s^2/H
Other fields (not shown on cards):
SI types: kg^-1 m^-2 s^4 A^2

Name: weber
Abbreviation: Wb
Chapter: Appendix 1
Page: 866
Represents: magnetic flux
Typ: T.m^2
s: -2
m: 2
kg: 1
A: -1
Typ2: J/A
Typ3: V.s
Other fields (not shown on cards):
SI types: kg m^2 s^-2 A^-1

Name: henry
Abbreviation: H
Chapter: Appendix 1
Page: 866
Represents: Inductance
Typ: Wb/A
m: 2
kg: 1
A: -2
Other fields (not shown on cards):
SI types: kg m^2 s^-2 A^-2

Name: tesla
Abbreviation: T
Chapter: Appendix 1
Page: 866
Represents: Magnetic flux density
Typ: Kg/s.C
s: -2
kg: 1
A: -1
Typ2: Wb m^-2
Other fields (not shown on cards):
SI types: kg s^-2 A^-1

Name: lumen
Abbreviation: lm
Chapter: Appendix 1
Page: 866
Represents: Luminous flix
cd: 1
Other fields (not shown on cards):
SI types: cd sr

Name: lux
Abbreviation: lx
Chapter: Appendix 1
Page: 866
Represents: Illumination
Typ: lm/m^2
m: -2
cd: 1
Other fields (not shown on cards):
SI types: cd sr m^-2

Name: hertz
Abbreviation: Hz
Chapter: Appendix 1
Page: 866
Represents: Frequency (of a regular event)
s: -1
Name2: Becquerel
Represents2: Average number of disintegration by second
Abbreviation2: Bq
Other fields (not shown on cards):
SI types: s^-1

Name: degree Celsius
Abbreviation: °C
Chapter: Appendix 1
Page: 866
Represents: Customary temperature

Question: 1°C equals
Answer: -273.15°.
Page: 866
Chapter: Appendix 1

Name: Siemens
Abbreviation: S
Represents: electrical conductance
Typ: A/V
s: 3
m: -2
kg: -1
A: 2
Typ2: C/wb
Typ3: s/H
Typ4: \(\Omega\)^-1
Other fields (not shown on cards):
SI types: kg^-1.m^-2.s^3.A^2

Name: gray
Abbreviation: Gy
Represents: absorbed dose (of ionizing radiation)
s: -2
m: 2
Name2: sievert
Represents2: equivalent dose (of ionizing radiation)
Abbreviation2: Sv
Other fields (not shown on cards):
SI types: m^2.s^-2

Name: katal
Abbreviation: kat
Represents: Catalytic activity
s: -1
mol: 1
Other fields (not shown on cards):
SI types: mol.s^-1

Name: Mole
Definition: The amount of a chemical substance that contains as many representative particles, e.g., atoms, molecules, ions, electrons, or photons, as there are atoms in 12 grams of carbon-12.
Abbreviation: mol

Name: Avogadro constant
Exponant: 23
Significative digit: 6.022140857

Name: Liter
Abbreviation: L
Chapter: 2
Page: 33-34
Exponant: -3
Section: 4
Typ: m^3
m: 3
Basis: 10
Other fields (not shown on cards):
SI types: \(m^3\)

Name: statement of Paracelsus
Definition: the dose is the difference between a poison and a cure
Page: 41
Chapter: 2
Section: 4

Name: LD_50 of s
Definition: the quantity q such that taking your mass, times q of substance s will have half a chance of killing you
Page: 41
Chapter: 2
Section: 4
Variables: s a substance

Question: What to do when distinct units (measuring the same kind of things) are given in a problem
Answer: convert to a single unit
Page: 42
Chapter: 2
Section: 6

Name: Calorie
Chapter: 3
Page: 68
Represents: amount of energy needed to raise the temperature of 1 g of water by 1 °C
Section: 4
Typ: J
Significative digit: 4.184