If you take the one, you'd better take both ''.

If we was both armed, you wouldn't talk so tough ''.

If life and death did not both present themselves to us, there would be no inscrutability.

If a broader Atlantic community is to be formed -- and my own judgment is that it lies within the realm of both our needs and our capacity -- a ready nucleus of machinery is at hand in the NATO alliance.

If necessary to replace both halves on grill, sear cuts and allot extra time.

If that's done, the house can be designed and oriented for best operation, and this can mean savings both in the size of equipment and in the cost of the house itself.

If both George and a piece of information George does not have are prominent in the context, but the idea of telling George is new, then dominant stress will probably be on tell in why not tell George??

If the word deliberate means anything, both of them certainly deliberately destroyed themselves.

If these allegiances come into conflict, he or she may be guilty of treason against one or both.

If two players tie for majority, they will share both shareholder bonuses.

If instead Betty and Carla both owned 7 shares, then Alex would keep the majority bonus for herself, while Betty and Carla would split the minority bonus.

If both alleles are the same, they are homozygotes.

If through lack of issue, marriage or both, eventually only one person represents the claims of all the sisters, he or she can claim the dignity as a matter of right, and the abeyance is said to be terminated.

If we define the function f ( n ) = A ( n, n ), which increases both m and n at the same time, we have a function of one variable that dwarfs every primitive recursive function, including very fast-growing functions such as the exponential function, the factorial function, multi-and superfactorial functions, and even functions defined using Knuth's up-arrow notation ( except when the indexed up-arrow is used ).

Let ( m, n ) be a pair of amicable numbers with m < n, and write m = gM and n = gN where g is the greatest common divisor of m and n. If M and N are both coprime to g and square free then the pair ( m, n ) is said to be regular, otherwise it is called irregular or exotic.

If each player wins a set, or both sets end tied, there is a 3-end tiebreaker to determine a winner.

Some authors require in addition that μ ( C ) < ∞ for every compact set C. If a Borel measure μ is both inner regular and outer regular, it is called a regular Borel measure.

If μ is both inner regular and locally finite, it is called a Radon measure.

If either one die or the other but not both can be moved, the higher must be used.

" If both opponents roll the same opening number, the doubling cube is incremented on each occasion yet remains in the middle of the board, available to either player.

If both extra periods are played without a scored goal, a penalty shootout will settle the game.

If the same state vector appears on both bra and ket side,

If we allow both, the problem is called the quantified Boolean formula problem ( QBF ), which can be shown to be PSPACE-complete.

If the page's creator and reader are both assuming some platform-specific character encoding, and the server does not send any identifying information, then the reader will nonetheless see the page as the creator intended, but other readers on different platforms or with different native languages will not see the page as intended.

If the sets are short to medium length the caller will often try to run the dance until each couple has danced with every other couple both as a 1 and a 2 and returned to where they started.

If additional solute is added to a saturated solution, it will not dissolve, except in certain circumstances, when supersaturation may occur.

If interactions are unfavorable, then the free energy decreases with increasing solute concentration.

If the solvent is water, hydration occurs when the charged solute ions become surrounded by water molecules.

If a pure solute which has zero vapor pressure ( it will not evaporate ) is dissolved in a solvent, the vapor pressure of the final solution will be lower than that of the pure solvent.

* Root pressure: If the water potential of the root cells is more negative than that of the soil, usually due to high concentrations of solute, water can move by osmosis into the root from the soil.

If a high proportion of the solute dissociates to form free ions, the electrolyte is strong ; if most of the solute does not dissociate, the electrolyte is weak.

If the aqueous solution is a saturated solution with respect to a given salt solute any additional such salt present in the solution will result in formation of a precipitate of the salt.

If w represents the mass fraction of the solute in solution, and assuming no dissociation of the solute, the molar mass is given by

If w represents the mass fraction of the solute in solution, and assuming no dissociation of the solute, the molar mass is given by

If the water potential is more negative within the plant than the surrounding soils, the nutrients will move from the more higher solute ( soil ) concentration to lower solute concentration ( plant ).

If the solute dissociates in solution, then the vapor pressure lowering is increased by the van't Hoff factor, which represents the true number of solute particles for each formula unit.

If the solution is treated as an ideal solution, the extent of freezing point depression depends only on the solute concentration that can be estimated by a simple linear relationship with the cryoscopic constant:

If the membrane allows the passage of water but not the solute the water will move into the compartment with the greatest solute concentration in order to establish an equilibrium in which the energy of the system is at a minimum.

If the solute substance dissociates into ions, then

If there is no restriction on flow, water molecules will proceed from the locus of pure water to the more negative water potential of the solution ; flow proceeds until the difference in solute potential is balanced by another force, for example, pressure potential.

If a living cell with a smaller solute concentration is surrounded by a more concentrated solution, the cell will tend to lose water to the more negative water potential () of the surrounding environment.

If R < sub > ƒ </ sub > value of a solution is zero, the solute remains in the stationary phase and thus it is immobile.