Sentence examples for quantity equal to from inspiring English sources
Several high capacity tanks have been built and tested up to a hydrogen quantity equal to 0.6 kg.
It is common practice to set this quantity equal to unity, thus fixing the lattice site size.
From this Faraday concluded that the total charge of the system was an invariable quantity equal to the initial charge of the ball.
We analysed the climate summit's potential impact, finding that these 29 collaborative commitments could close the 2020 emissions gap by one-fifth, a quantity equal to India's annual emissions in 2012.
Momentum, a directed quantity equal to the mass of a body multiplied by its velocity or to the total mass of two or more bodies multiplied by the velocity of their centre of mass, is conserved when, and only when, no external force acts.
In 1883 Osborne Reynolds, a British engineer and physicist, demonstrated that the transition from laminar to turbulent flow in a pipe depends upon the value of a mathematical quantity equal to the average velocity of flow times the diameter of the tube times the mass density of the fluid divided by its absolute viscosity.
According to the theory, the CV of a quantity equals to the standard deviation of the same quantity after logarithmic transformation, that is where σ(x) represents the standard deviation of x and ln(x) is the natural logarithmic function.
One company goal is to make its plants water-neutral, returning to the environment water in quantities equal to the amount used in beverages and their production.
Singer, who seems to have grown up in front of our eyes since "Footloose," manages to suggest intelligence in quantities equal to her loveliness, and she and Hanks give their scenes a heady fizz.
With the blood serum specimens typed using this protocol for the databasing effort, 86.6% of all amplification failures occurred when PCR inputs were less than 10 pg; and at DNA input quantities equal to or greater than 10 pg, 99.4% of amplifications were successful (data not shown).
The definition used most often for the diffusion layer thickness is that of the German physical chemist Walther Hermann Nernst (1864 1941), according to whom this quantity is equal to the distance from the electrode at which the concentration would reach the bulk value if the concentration gradient were constant and equal to that at the electrode surface.
