The phrase "a becomes equal" is correct and usable in written English.
It can be used in mathematical or scientific contexts to describe a situation where one quantity or value matches another.
Example: "As the temperature increases, the pressure in the container becomes equal to the atmospheric pressure outside."
Alternatives: "a equals" or "a is equivalent to".
When one knows this about a man, it is impossible for one to hate him, but unless he becomes a man — becomes equal — it is also impossible for one to love him.
The temperature at which the vapour pressure at the surface of a liquid becomes equal to the pressure exerted by the surroundings is called the boiling point of the liquid.
In Tajima's D-test, when D = 0, the average heterozygosity of a population becomes equal to the number of segregating sites.
When the A-A interval became equal to the pacing cycle length after some beats of VOD, the cycle was considered the first entrained cycle and the H-H interval preceding the A-A interval was measured.
In line with this study, we can see that (E_{j}) undergoes a saddle-node bifurcation when a single eigenvalue becomes equal to 1. Therefore (E_{j}) can lose its stability through the saddle-node bifurcation when one of (lambda_{i}=1), (i=1,2,3).
Unlike interpreting for students in a classroom, for patients in their doctor's office or clients in a business meeting, working at a music performance becomes equal parts the technical job of getting words and phrases across and physical performance.
Generally, the need for a carry operation is determined by the summands of the addition problem: whenever the sum of the unit digits in one corresponding place position of an addition problem becomes equal or larger than 10 a carry operation is necessary to compute the correct result (e.g., 8 + 6 > 10 in 38 + 26).
The algorithm starts with x = 0 and operates in an iterative fashion calculating the critical regularization parameters τ0 > τ1 > ⋯ > τstop ≥ 0 and the associated minimizers x (τ0), x (τ1),..., x (τstop) where an inactive component of x becomes positive or an active element becomes equal to zero.
The method operates in an iterative fashion computing the critical regularization parameters τ0 > τ1 > ⋯ > τstop ≥ 0 and the associated minimizers p (τ0), p (τ1),..., p (τstop), where an inactive component of p becomes positive or an active element becomes equal to zero.
