# Consider the stable equilibrium you identified in the previous question

24.A dipole with a dipole moment of magnitude p is in stable equilibrium in an electrostatic field of magnitude E. Find the work done in rotating this dipole to its position of unstable equilibrium. [All India 2010c] Ans. 25.A dipole is present in an electrostatic field of magnitude 10 6 N/C.

For small y, the trough along x = 0 should be identified as the 'near-equilibrium' thermodynamic branch; the 'lower land' near x = 3, y = 30 is a far-from-equilibrium state. One can see a curve like that in figure 4 , and the set of cross-sections like figure 5 , embedded in this landscape, which captures the self-organization into the ...
In time, a second equilibrium is established between the drug in solution and a second polymorph. The quantity of solid is governed by the equilibrium constant for the dissolution process. Ultimately, the majority of solid will be the least soluble (most stable polymorphic form) in equilibrium with the drug in solution.
Classify the equilibrium points of the equation as source, sink, or node. Answer. The equilibrium points are 0, 2, and 5. Using the above results, we see that 0 and 5 are sinks while 2 is a source. Example. Find and classify the equilibrium points of the equation as source, sink, or node. Answer. It is easy to see that the only equilibrium ...
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Dynamic Equilibrium can be defined as the state of a given system in which the reversible reaction taking place in it stops changing the ratio of reactants and products, but there is a movement of substances between the reactants and the products.
Equilibrium price will fall and equilibrium quantity will rise as the equilibrium changes from E 1 to E 2. Question: The U.S. Department of Agriculture reported that in 1997 each person in the United States consumed an average of 41 gallons of soft drinks (nondiet) at an average price of $2 per gallon. If you feel a large force, you are hurt; if the force you feel is small, you shrug it off. So the trick is to minimize the force. One way to write Newton's second law is that m Δ v=Ft where m is the mass, Δ v is the change in speed, F is the average force, and t is the time during which F acts. 7) Consider a variation on the previous problem: You and your sister have just inherited$3M that needs to be split between the two of you. The rules are the same as above (offer, counteroffer, and final offer) except that each period, $1M is removed from the total (each round of negotiation costs$1M in lawyers fees).
Consider the molecules 1 and 2 below: a. Draw a three-dimensional picture of 1 and 2 using wedges and dashes. Show any nonbonding electrons residing in an orbital, and give the formal charge on carbon. b. Given what you know about the effects of electronegative atoms, which compound is more stable? Briefly explain why. net dipole Cl Cl H H O
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Aug 14, 2020 · The values for K′ (Equation 15.2.10) and K″ are related as follows: K′ ′ = (K ′)1 / 2 = √K ′. In general, if all the coefficients in a balanced chemical equation were subsequently multiplied by n, then the new equilibrium constant is the original equilibrium constant raised to the nth power.
Recent work on costly signaling games has identified new Nash equilibria in addition to the standard costly signaling equilibrium as a possible explanation for signaling behavior. These so-called hybrid equilibria are Liapunov stable, but not asymptotically stable for the replicator dynamics. Since some eigenvalues of the hybrid equilibria have zero real part, this result is not structurally ...
using scalar equations of equilibrium). 2. Draw the free-body diagram of a joint with one or two unknowns. Assume that all unknown member forces act in tension (pulling on the pin) unless you can determine by inspection that the forces are compression loads. 3. Apply the scalar equations of equilibrium, FX = 0 and
The null hypothesis of evolutionarily stable attainable equilibrium \tilde {x} of the polling game, when A and B types have utility u (0.2)=0.2 and u (1.2)=1.2 and u (0.9)=1.0722, cannot be rejected at the 5% level of significance. The \chi ^2 goodness of fit test produces a p value of 0.7799 ( \chi ^2=0.4972 ).
In time, a second equilibrium is established between the drug in solution and a second polymorph. The quantity of solid is governed by the equilibrium constant for the dissolution process. Ultimately, the majority of solid will be the least soluble (most stable polymorphic form) in equilibrium with the drug in solution.
Prisoner's Dilemma. First published Thu Sep 4, 1997; substantive revision Tue Apr 2, 2019. Tanya and Cinque have been arrested for robbing the Hibernia Savings Bank and placed in separate isolation cells. Both care much more about their personal freedom than about the welfare of their accomplice.
Jun 18, 2020 · Correct answers: 1 question: Consider the equilibrium system below. Upper N upper H subscript 4 upper H upper S (s) double-headed arrow upper N upper H subscript 4 upper C l (g). If the system is at dynamic equilibrium, which statement is true? Sublimation of the NH4CI crystals stops. Solidification of the NH4CI vapors stops. The rate of sublimation of the NH4CI crystals is equal to the rate ...
players to any previous offers they have made. Formally, let S = [0, 1]. A partition of the pie is identified with a number s in the unit interval by interpreting s as the proportion of the pie that 1 receives. Let si be the portion of the pie that player i receives in the partition s: that is s1 = s and s2 = 1 - S.
We first consider the case near thermodynamic equilibrium, where we set the boron chemical potential bias to Δμ = 0.01 eV and the growth temperature to k B T = 0.08 eV (~900 K). The kinetic Wulff construction ( 30 , 39 ) determines the shape of a crystal based on edge growth rates.