33 Sentences With "becomes equal" | Random Sentence Generator

As soon as the difference becomes equal or superior, then suddenly it's threatening.

It's in those quiet moments that Crosby becomes equal parts mentor and teammate.

I want to change this so that it becomes equal at some point.

Somehow, a slasher sequel, that lowly art form, becomes equal parts science fiction, romantic dramedy, horror movie, and zany campus comedy.

In China, the firm is a symbol of the country's economic rise and a point of pride as its technology becomes equal to, or surpasses Western rivals.

There's a very real inflection point in the life cycle of a business when leadership becomes less about ideas and more about paperwork (literally and figuratively), when the CEO becomes equal-parts accountant, IT specialist and office manager.

Now that Lee Russell (Walton Goggins) has ascended to the job of principal and (still) Vice Principal Neal Gamby (McBride) can sit back and make fart noises during staff meetings, Russell's naked, craven need for acceptance becomes equal parts pitiable and horrifying.

The Manchus still don't trust him and orders him to kill more radicals. The more people Iron Monkey kills, the higher he rises in the Qing hierarchy. Eventually he becomes equal in rank to the Captains that recruited him. But he has still not achieved his goal of meeting the General.

A family of recurrence-generated parametric Soboleva modified hyperbolic tangent activation functions (NPSMHTAF, FPSMHTAF) was studied with parameters a = c and b = d. With parameters a = b = c = d = 1 the modified hyperbolic tangent function reduces to the conventional tanh(x) function, whereas for a = b = 1 and c = d = 0, the term becomes equal to sinh(x).

This reduces their net cost, and in the case of a salary packaging arrangement, the corresponding decrease in employee salary will also be reduced. Generally an employer also would expect their employee to reimburse the FBT the employer must pay, so the reduction in employee salary becomes equal to the total running costs paid by the employer, less GST, plus any FBT.

Lanthanum hexaboride hot cathode Lanthanum hexaboride hot cathodes Lanthanum hexaboride (LaB6) and cerium hexaboride (CeB6) are used as the coating of some high-current cathodes. Hexaborides show low work function, around 2.5 eV. They are also resistant to poisoning. Cerium boride cathodes show lower evaporation rate at 1700 K than lanthanum boride, but it becomes equal at 1850 K and higher.

In physiology, intrapleural pressure (also called intrathoracic pressure) refers to the pressure within the pleural cavity. Normally, the pressure within the pleural cavity is slightly less than the atmospheric pressure, in what is known as negative pressure.Khanorkar, p. 205 When the pleural cavity is damaged/ruptured and the intrapleural pressure becomes equal to or exceeds the atmospheric pressure, pneumothorax may ensue.

Phidippus clarus becomes adult in early summer, and females about to lay eggs can weigh . Early in the breeding season, in early to mid-July, there are more males than females. The females all become sexually mature at the same time. At this point during this part of the breeding season males die off, so that the number of males becomes equal to or slightly smaller than the number of females.

This is the normalization (see below) requirement. If the system is known to be in some eigenstate of (e.g. after an observation of the corresponding eigenvalue of ) the probability of observing that eigenvalue becomes equal to 1 (certain) for all subsequent measurements of (so long as no other important forces act between the measurements). In other words the probability amplitudes are zero for all the other eigenstates, and remain zero for the future measurements.

Some critics argue that fideism can lead to relativism. The existence of other religions puts a fundamental question to fideists—if faith is the only way to know the truth of God, how are we to know which God to have faith in? Fideism alone is not considered an adequate guide to distinguish true or morally valuable revelations from false ones. An apparent consequence of fideism is that all religious thinking becomes equal.

In superconductors, the London penetration depth (usually denoted as \lambda or \lambda_L) characterizes the distance to which a magnetic field penetrates into a superconductor and becomes equal to e−1 times that of the magnetic field at the surface of the superconductor. Typical values of λL range from 50 to 500 nm. The London penetration depth results from considering the London equation and Ampère's circuital law. If one considers a superconducting half- space, i.

If it is less dense, it floats on the water, and will be partially submerged until the weight of the displaced liquid becomes equal to the object's weight. Figure 1 Suppose there are two objects, each with a volume of . The mass of water displaced by an object of this size is . The brown object on the left is floating because the mass of water it would displace if completely submerged () is greater than the mass of the object.

The point lies on the line through the two large masses, beyond the smaller of the two. Here, the gravitational forces of the two large masses balance the centrifugal effect on a body at . On the opposite side of Earth from the Sun, the orbital period of an object would normally be greater than that of Earth. The extra pull of Earth's gravity decreases the orbital period of the object, and at the point that orbital period becomes equal to Earth's.

Students performing experiment on a zero shadow day A zero shadow day is a day on which the Sun does not cast a shadow of an object at noon, when the sun will be exactly at zenith. Zero shadow day happens twice in a year for the places between +23.5 and -23.5 degrees of latitude. The dates will be different for different places on Earth. This phenomenon happens when the Sun's declination becomes equal to the latitude of the place.

Most chemical reactions are reversible, that is they can and do run in both directions. The forward and reverse reactions are competing with each other and differ in reaction rates. These rates depend on the concentration and therefore change with time of the reaction: the reverse rate gradually increases and becomes equal to the rate of the forward reaction, establishing the so-called chemical equilibrium. The time to reach equilibrium depends on such parameters as temperature, pressure and the materials involved, and is determined by the minimum free energy.

At boiling and higher temperatures the sum of the individual component partial pressures becomes equal to the overall pressure, which can symbolized as Ptot. Under such conditions, Dalton's law would be in effect as follows: :Ptot = P1 \+ P2 \+ ... Then for each component in the vapor phase: :y1 = P1 / Ptot, y2 = P2 / Ptot, ... etc. where P1 = partial pressure of component 1, P2 = partial pressure of component 2, etc. Raoult's law is approximately valid for mixtures of components between which there is very little interaction other than the effect of dilution by the other components.

Kalagni Rudra extols the benefits of wearing the Tripundra by any person in any of the four stages of the human life (see Ashrama (stage)): student, householder, forest dweller, and renouncer. The Tripundra absolves one of all sin. With this ritual smearing, asserts the text, he becomes equal to one who has bathed in all holy places and the one who spends all his time reciting the Rudra hymn. After living a happy and contented life, he becomes one with Shiva after death and does not experience rebirth.

The chemical potential is explained here since it is the true driving force for the transport of water in both liquid and vapour phases in wood (Siau, 1984). The Gibbs free energy per mole of substance is usually expressed as the chemical potential (Skaar, 1933). The chemical potential of unsaturated air or wood below the fibre saturation point influences the drying of wood. Equilibrium will occur at the equilibrium moisture content (as defined earlier) of wood when the chemical potential of the wood becomes equal to that of the surrounding air.

Asakura and Oosawa described the second case as consisting of two plates in a solution of rod like macromolecules. The rod like macromolecules are described as having a length, l, where l^2 \ll A, the area of the plates. As the length of the rods increases, the concentration of the rods between the plates is decreased as it becomes more difficult for the rods to enter between the plates due to steric hindrances. As a result, the force acting on the plates increases with the length of the rods until it becomes equal to the osmotic pressure.

Acoustic paramagnetic resonance (APR) is a phenomenon of resonant absorption of sound by a system of magnetic particles placed in an external magnetic field. It occurs when the energy of the sound wave quantum becomes equal to the splitting of the energy levels of the particles, the splitting being induced by the magnetic field. APR is a variation of electron paramagnetic resonance (EPR) where the acoustic rather than electromagnetic waves are absorbed by the studied sample. APR was theoretically predicted in 1952, independently by Semen Altshuler and Alfred Kastler, and was experimentally observed by W. G. Proctor and W. H. Tanttila in 1955.

In this case, the employer must remit GST on the employee contribution to the ATO. Thus the reduction in employee salary becomes equal to the total running costs paid by the employer, less GST on those costs, less the employee contribution, plus GST on the employee contribution. In addition, the employee contribution is paid to the employer from the salary on which income tax has already been paid. The employee contribution method increases the amount of income tax and GST paid by the employee because less of the cost is paid by the employer, resulting in less salary reduction and fewer input tax credits.

413.991x413.991px Anderson's rule states that when we construct the heterojunction, we need to have both semiconductors on an equal vacuum energy level. This ensures that the energy bands of both the semiconductors are being held to the same reference point, from which ΔEc and ΔEv, the conduction band offset and valence band offset can be calculated. By having the same reference point for both semiconductors, ΔEc becomes equal to the built-in potential, Vbi = Φ1 \- Φ2, and the behaviour of the bands at the interface can be predicted as can be seen at the picture above. Anderson's rule fails to predict real band offsets.

As Keynes famously remarked: On top of the supply of money, Keynes identified the propensity to consume, inducement to invest, marginal efficiency of capital, liquidity preference, and multiplier effect as variables which determine the level of the economy's output, employment, and price levels. Much of this esoteric terminology was invented by Keynes especially for his General Theory. Keynes argued that if savings were being withheld from investment in financial markets, total spending falls, leading to reduced incomes and unemployment, which reduces savings again. This continues until the desire to save becomes equal to the desire to invest, which means a new "equilibrium" is reached and the spending decline halts.

Then if BC is not > less probable or is more probable than AC, we have reduction; for we are > nearer to knowledge for having introduced an additional term, whereas before > we had no knowledge that AC is true. :# Or again we have reduction if there > are not many intermediate terms between B and C; for in this case too we are > brought nearer to knowledge. For example, suppose that D is "to square", E > "rectilinear figure", and F "circle". Assuming that between E and F there is > only one intermediate term — that the circle becomes equal to a rectilinear > figure by means of lunules — we should approximate to knowledge.

When a temperature is reached such that the sum of the equilibrium vapor pressures of the liquid components becomes equal to the total pressure of the system (it is otherwise smaller), then vapor bubbles generated from the liquid begin to displace the gas that was maintaining the overall pressure, and the mixture is said to boil. This temperature is called the boiling point of the liquid mixture at the given pressure. (It is assumed that the total pressure is held steady by adjusting the total volume of the system to accommodate the specific volume changes that accompany boiling.) The boiling point at an overall pressure of 1 atm is called the normal boiling point of the liquid mixture.

Secular equilibrium can occur in a radioactive decay chain only if the half-life of the daughter radionuclide B is much shorter than the half- life of the parent radionuclide A. In such a case, the decay rate of A and hence the production rate of B is approximately constant, because the half- life of A is very long compared to the time scales considered. The quantity of radionuclide B builds up until the number of B atoms decaying per unit time becomes equal to the number being produced per unit time. The quantity of radionuclide B then reaches a constant, equilibrium value. Assuming the initial concentration of radionuclide B is zero, full equilibrium usually takes several half-lives of radionuclide B to establish.

The projectile begins to move away from the Moon, towards the 'dead point' (the place at which the gravitational attraction of the Moon and Earth becomes equal). Michel Ardan hits upon the idea of using the rockets fixed to the bottom of the projectile (which they were originally going to use to deaden the shock of landing) to propel the projectile towards the Moon and hopefully cause it to fall onto it, thereby achieving their mission. When the projectile reaches the point of neutral attraction, the rockets are fired, but it is too late. The projectile begins a fall onto the Earth from a distance of , and it is to strike the Earth at a speed of , the same speed at which it left the mouth of the Columbiad.

A somewhat similar situation arises for matrices: the 3-by-0 matrix must be distinguished from the 0-by-3 matrix , since is a 3-by-3 (zero) matrix while is the 0-by-0 matrix, but both and have the same (empty) set of entries; for skew tableaux however such distinction is necessary even in cases where the set of entries is not empty. Young tableaux can be identified with skew tableaux in which is the empty partition (0) (the unique partition of 0). Any skew semistandard tableau of shape with positive integer entries gives rise to a sequence of partitions (or Young diagrams), by starting with , and taking for the partition places further in the sequence the one whose diagram is obtained from that of by adding all the boxes that contain a value ≤ in ; this partition eventually becomes equal to . Any pair of successive shapes in such a sequence is a skew shape whose diagram contains at most one box in each column; such shapes are called horizontal strips.