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Teaching Shakespeare to today's generation can be challenging. No Fear helps a ton with
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Testimonials from SparkNotes Customers
No Fear provides access to Shakespeare for students who normally couldn’t (or wouldn’t) read his plays. It’s also a very useful tool when trying to explain Shakespeare’s wordplay!
Erika M.
I tutor high school students in a variety of subjects. Having access to the literature translations helps me to stay informed about the various assignments. Your summaries and translations are invaluable.
Kathy B.
Teaching Shakespeare to today's generation can be challenging. No Fear helps a ton with understanding the crux of the text.
Kay H.
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A temperature scale whose lowest possible value is zero. Absolute
temperature is measured in Kelvin.
Absolute zero
A temperature where T = 0K. The theoretical lowest possible
temperature.
Avogadro's law
Avogadro's law relates the amount and volume of a gas at constant
temperature and pressure. Mathematically:
fracVn = k
k is a constant unique to the temperature and pressure.
Avogadro's number
NA = 6.022×1023. An avogadro's number of molecules equals
one mole.
Boyle's law
A gas law relating pressure and volume for a fixed amount of gas at a
constant temperature. Mathematically:
PV = C
C is a constant unique to the amount of gas and temperature.
Charles' law
A gas law relating volume and temperature for a fixed amount of gas at
constant pressure. Mathematically:
= k
k is a constant unique to the amount of gas and pressure. Note that
T must be an absolute temperature(in Kelvins).
Dalton's law
The total pressure of a mixture of gases is the sum of the pressures
each constituent gas would exert alone. Mathematically:
Ptot = PA + PB + PC + ƒƒƒ
Gas constant
Constant R in the ideal gas law. The value of R varies
with the units of P, V, n, and T. The value of R can be
deduced from the following table:
Units
Value of R
0.08206
8.314
8.314
1.987
62.36
Ideal gas law
A gas law stating that PV = nRT. The two main assumptions of the
law are that the molecules of an ideal gas do not have volume and do
not interact with each other. The ideal gas law is a good
approximation when the pressure is low and the temperature is high.
Isothermal conditions
Two or more conditions that share the same temperature. In other
words, T is constant.
Kelvin
A unit of absolute temperature. Abbreviated with the letter "K."
The Kelvin scale is related to the Celsius scale by TK = TC + 273.15. Kelvin should be used for all classical and ideal gas
law calculations.
Manometer
A device used to measure the difference in pressure between two gases:
"A" and "B" represent the atmosphere, a vacuum, or a pressurized gas.
Molar mass
The mass of one mole of particles. Commonly expressed as g/mol.
Mole
One mole contains Avogadro's number (6.022×1023) of
particles. For example, one mole of H2 would contain 6.022×1023H2 molecules. Moles are
abbreviated as "mol."
Mole fraction
In a mixture of gases, the ratio that relates the number of moles
of a constituent gas to the total number of moles in the mixture.
Derived using the mole fraction formula.
Partial pressure
In a mixture of gases, the pressure exerted by one constituent gas.
The sum of the partial pressures of gases in a mixture is equal to the
total pressure of the mixture.
Standard atmospheric temperature and pressure
Conditions where T = 298K and P = 1bar.
Standard temperature and pressure (STP)
Conditions where T = 273K and P = 1atm.
Formulae
Boyle's law formula
PV = C
C is a constant unique to the amount of gas and temperature.
Charles' law formula
= k
k is a constant unique to the amount of gas and pressure. Note that
T must be an absolute temperature.
Dalton's law formula
Ptot = PA + PB + PC + ƒƒƒ
Gas density formula
d = =
Ideal gas law formula
PV = nRT
Kelvin âÜî Celsius conversion
TK = TC + 273.15
Mole fraction formula
= = X
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= k
= 
= 
= X
