Science Revision

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Amount of a substance
Moles in Mol
1 of 88
Electric Current
Ampere in A
2 of 88
Luminous Intenisty
Candela in Cd
3 of 88
Mass
Kilogram in Kg
4 of 88
Time
Second in S
5 of 88
Temperature
Kelvin in K
6 of 88
Area
Square meter in m2
7 of 88
Volume
Cubic Meter in m3
8 of 88
Speed/Velocity
Meter per second in m/s
9 of 88
Acceleration
Meter per second squared in m/s2
10 of 88
Frequency
Hertz in Hz
11 of 88
Force
Newtons in N
12 of 88
Pressure/Stress
Pascal in Pa
13 of 88
Energy, work, quantity of heat
Joule in J
14 of 88
Power
Watt in W
15 of 88
Electric Charge
Coulomb in C
16 of 88
Electric Potential Difference
Volt in V
17 of 88
Electric Resistance
Ohm in Ω
18 of 88
Proton
Charge = +1 Mass = 1 Location = Nucleus
19 of 88
Neutron
Charge = 0 Mass = 1 Location = Nucleus
20 of 88
Electron
Charge = -1 Mass = 0 Location = Outside the Nucleus
21 of 88
Lithium ion (Li)
Charge = +1
22 of 88
Sodium Ion (Na)
Charge = +1
23 of 88
Potassium Ion (K)
Charge = +1
24 of 88
Ribidium Ion (Rb)
Charge = +1
25 of 88
Cesium Ion (Cs)
Charge = +1
26 of 88
Beryllium Ion (Be)
Charge = +2
27 of 88
Magnesium Ion (Mg)
Charge = +2
28 of 88
Calcium Ion (Ca)
Charge = +2
29 of 88
Strontium Ion (Sr)
Charge = +2
30 of 88
Barium Ion (Ba)
Charge = +2
31 of 88
Aluminium Ion (Al)
Charge = +3
32 of 88
Fluorine Ion
Fluoride Charge = -1
33 of 88
Chlorine Ion
Chloride Charge = -1
34 of 88
Bromine Ion
Bromide Charge = -1
35 of 88
Iodine Ion
Iodide Charge = -1
36 of 88
Oxygen Ion
Oxide Charge = -2
37 of 88
Sulfur Ion
Sulfide Charge = -2
38 of 88
Nitrogen Ion
Nitride Charge = -3
39 of 88
Mono
One Covalent bond
40 of 88
Di
Two Covalent bonds
41 of 88
Tri
Three Covalent bonds
42 of 88
Tetra
Four Covalent bonds
43 of 88
Penta
Five Covalent bonds
44 of 88
Hexa
Six Covalent bonds
45 of 88
Hepta
Seven Covalent bonds
46 of 88
Octa
Eight Covalent bonds
47 of 88
Nona
Nine Covalent bonds
48 of 88
Deca
Ten Covalent bonds
49 of 88
Combustion
HC + O2 --> H20 + CO2
50 of 88
Synthesis
A + B --> AB
51 of 88
Decomposition
AB --> A + B
52 of 88
Single Replacement
A + BC --> AC + B
53 of 88
Double Replacement
AX + BY --> AY + BX
54 of 88
Whats does temperature do to a reaction?
Increasing temperature favors the reaction that absorbs energy (endothermic)
55 of 88
Whats does Pressure do to a reaction?
Increasing pressure favors the reaction that produces less gas
56 of 88
Whats does concentration do to a reaction?
Increasing conc. of one substance favors reaction that produces less of that substance
57 of 88
Hydrochloric Acid
Formula: HCl Strength: Strong
58 of 88
Nitric Acid
Formula: HNO3 Strength: Strong
59 of 88
Sulfuric Acid
Formula: H2SO4 Strength: Strong
60 of 88
Acetic Acid
Formula: CH3COOH Strength: Weak
61 of 88
Citric Acid
Formula: C6H8O7 Strength: Weak
62 of 88
Formic Acid
Formula: HCOOH Strength: Weak
63 of 88
Potassium Hydroxide (Base)
Formula: KOH Strength: Strong
64 of 88
Sodium Hydroxide (Base)
Formula: NaOH Strength: Strong
65 of 88
Calcium Hydroxide (Base)
Formula: Ca(OH)2 Strength: Strong
66 of 88
Ammonia (Base)
Formula: NH3 Strength: Strong
67 of 88
Alpha Particle
Symbol: 2 ^4He Charge: +2
68 of 88
Beta Particle
Symbol: -1 ^0e Charge: -1
69 of 88
Gamma
Symbol: γ Charge: 0
70 of 88
Mass Equation
Mass (g) = Density (g/cm3) x Volume (cm3)
71 of 88
Moles Equation
Moles = Mass (g) x Molar mass (g/mol)
72 of 88
Energy Equation
Energy (j) = Mass (g) x (Speed of Light)
73 of 88
Distance Equation
Distance (m) = Speed (m/s) x Time (s)
74 of 88
Momentum Equation
Momentum (Kg m/s) = Mass (kg) x Velocity (m/s)
75 of 88
Change in Velocity Equation
Change in Velocity (m/s) = Acceleration (m/s2) x Time (s)
76 of 88
Force Equation
Force (N) = Mass (g) x Acceleration (m/s2)
77 of 88
Weight Equation
Weight (N) = Mass (kg) x Gravity (10m/s2)
78 of 88
Work Done Equation
Work Done (J) = Force (N) x Distance (m)
79 of 88
Energy Equation
Energy (J) = Power (w) x Time (s)
80 of 88
Gravitational Potential Energy
GPE (J) = Mass (Kg) x Gravity (10m/s2) x Height (m)
81 of 88
Kinetic Energy
Kinetic Energy (J) = 0.5 x Mass (Kg) x (Velocity2) (m/s)
82 of 88
Efficiency
Efficiency (%) = (Useful work output / Total work input) x 100
83 of 88
Energy (SHC)
Energy (J) = Mass (Kg) x SHC x Temperature Change (C)
84 of 88
Wave's Speed
Wave's Speed (m/s) = Frequncy (Hz) x Wavelength (m)
85 of 88
Speed of Light
3.0 x 10^8 m/s
86 of 88
Voltage
Voltage (V) = Current (A) x Resistance (Ω)
87 of 88
Power
Power (W) = Current (A) x Voltage (V)
88 of 88

Other cards in this set

Card 2

Front

Ampere in A

Back

Electric Current

Card 3

Front

Candela in Cd

Back

Preview of the back of card 3

Card 4

Front

Kilogram in Kg

Back

Preview of the back of card 4

Card 5

Front

Second in S

Back

Preview of the back of card 5
View more cards

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