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The material and content of Engineering Archives is designed to be subject to change and alteration at all times. Therefore, it may not be assumed that any presented material herein is static. The material is constantly subject to change for the purpose of maximizing the ability of the learner to comprehend and absorb the material. The changing and alteration is conducted based on user feedback. Therefore, effective changes cannot take place without the user feedback. Please go to the forum for questions and feedback. See more�

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Greek Letters

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Α Α α α alpha alfa Β Β β β beta bayta Γ Γ γ γ gamma gamma Δ Δ δ δ delta delta Ε Ε ε ε epsilon epsilon Ζ Ζ ζ ζ zeta zayta Η Η η η eta ayta Θ Θ θ θ theta thayta Ι Ι ι ι iota eye o ta Κ Κ κ κ kappa kappa Λ Λ λ λ lambda lambda Μ Μ μ μ mu meeu

Ν Ν ν ν nu new Ξ Ξ ξ ξ xi ziy Ο Ο ο ο omicron omihcron Π Π π π pi pie Ρ Ρ ρ ρ rho row Σ Σ σ σ sigma sigma Τ Τ τ τ tau taow Υ Υ υ υ upsilon up silon Φ Φ φ φ phi fiy or fee Χ Χ χ χ chi kai Ψ Ψ ψ ψ psi siy Ω Ω ω ω omega omayga

Common Uses

α	alpha	-
β	beta	coefficient of volume expansion
γ	gamma	specific weight, shearing strain
δ	delta	the italicized δ may be used in front of a property (typically represented by a letter, usually a capital letter), in place of the letter d. In this case δ is used to designate inexact differentials (in contrast to d for exact differentials). This may be encountered frequently in thermodynamics
ε	epsilon	normal strain
ζ	zeta	-
η	eta	efficiency
θ	theta	-
ι	iota	-
κ	kappa	-
λ	lambda	-
μ	mu	viscosity coefficient
ν	nu	-
ξ	xi	-
ο	omicron	-
π	pi	ratio of cirumference over diameter
ρ	rho	density
σ	sigma	normal stress, Stefan Boltzmann constant
τ	tau	shear stress, torque
υ	upsilon	-
φ	phi	-
χ	chi	-
ψ	psi	stream function
ω	omega	-
Α	alpha	-
Β	beta	-
Γ	gamma	-
Δ	delta	change between two variables
Ε	epsilon	-
Ζ	zeta	-
Η	eta	-
Θ	theta	-
Ι	iota	-
Κ	kappa	-
Λ	lambda	-
Μ	mu	-
Ν	nu	-
Ξ	xi	-
Ο	omicron	-
Π	pi	-
Ρ	rho	-
Σ	sigma	-
Τ	tau	-
Υ	upsilon	-
Φ	phi	-
Χ	chi	-
Ψ	psi	-
Ω	omega	-

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The material and content of Engineering Archives is designed to be subject to change and alteration at all times. Therefore, it may not be assumed that any presented material herein is static. The material is constantly subject to change for the purpose of maximizing the ability of the learner to comprehend and absorb the material. The changing and alteration is conducted based on user feedback. Therefore, effective changes cannot take place without the user feedback. Please go to the forum for questions and feedback. See more�
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