Examples of using Frac in English and their translations into Greek
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Financial
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Official/political
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Computer
the Art Institute of Chicago, the Victoria& Albert Museum, London, the MAK in Vienna, the Crafts Council in London and the FRAC Centre in Orleans France.
I will let Fric and Frac fill you in.
For non-relativistic particles, this wavelength is λ= h p{\displaystyle\lambda={\frac{h}{p}}} where h is Planck's constant
first we try to find the continued fractions expansion of e N{\displaystyle{\frac{e}{N}}}.
d d x{\displaystyle{\frac{d}{dx}}}.
gives an estimate of the population variance that is biased by a factor of n- 1 n{\displaystyle{\frac{n-1}{n}}}.
Typical values for a x g{\displaystyle{\frac{ a_{\ text{ x}}}{ g}}}
y)= 0.{\displaystyle{\frac{\partial u}{\partial x}}(x,
we know that by definition we are talking about$v\equiv\frac d t$ it is equation we ourselves define.
the related identity 1 a= 1 a{\displaystyle{\frac{1}{\sqrt{a}}}={\sqrt{\frac{1}{a}}}} in the case when both a and b are negative even bedeviled Euler.
The square root function can be defined as z= e 1 2 log z{\displaystyle{\sqrt{ z}}= e^{{\ frac{1}{2}}\log z}}
to the Beltrami identity: L- f′∂ L∂ f′= C,{\displaystyle L-f'{\frac{\partial L}{\partial f'}}=C\,,}
1 1- z 2{\displaystyle{\frac{1}{\sqrt{1-z^{2}}}}}, as a binomial series,
That is, any object of mass M around which a hoop of circumference 4 π G M c 2{\displaystyle{\begin{matrix}{\frac{4\pi GM}{ c^{ 2}}}\ end{ matrix}}} can be spun
π j= C M j,{\displaystyle\pi_{j}={\frac{ C}{ M_{ j}}}\,,}
defined by the relation λ= 1 σ 2{\displaystyle\lambda={\frac{1}{\sigma^{2}}}}.
b are said to be in the golden ratio φ if a+ b a= a b= φ.{\displaystyle{\frac{ a+b}{ a}}={\ frac{ a}{ b}}=\ varphi.}
K= e- Δ G∘ R T{\displaystyle K=e^{-{\frac{\Delta G^{\circ}}{RT}}}}
a x n- 1 x- 1= p{\displaystyle a{\frac{ x^{ n}
n a t{\displaystyle{\frac{}{\mathbf{s(-3)}\,\,{\mathsf{nat}}}}} In this new system,