How many times larger will the equilibrium constant be for

Reference no: EM13634986

A G:C base-pair has one more hydrogen bond than an A:T base-pair.
• Suppose that one hydrogen bond contributes [ -0.616 ln(5) ]kcal/mole in standard free energy stabilization to a base-pair.
• Use the fact that RT = 0.616 when using natural logarithmsto the base e at 37ºC.
• Consider separately the two reactions A + T yields A:T andG + C yields G:C at 37ºC.

How many times larger will the equilibrium constant be for the G +C yields G:C reaction over the A + T yields A:T reaction.

Reference no: EM13634986

Questions Cloud

A highway is to be built between two towns one of which : a highway is to be built between two towns one of which lies 87.0 km south and 50.0 km west of the other. a what is the

Air is about 780 nitrogen moleculesand 210 oxygen molecules : air is about 78.0 nitrogen moleculesand 21.0 oxygen molecules. several other gases make up there maining 1 of air

Smith is a weld inspector at a shipyard he knows from : smith is a weld inspector at a shipyard. he knows from keeping track of good and substandard welds that for the

A gas is confined to a cylinder with a movable piston a : a gas is confined to a cylinder with a movable piston. a small weight is placed on the piston after which the system

How many times larger will the equilibrium constant be for : a gc base-pair has one more hydrogen bond than an at base-pair.bull suppose that one hydrogen bond contributes -0.616

The mass center of the rear-engine 3200-lb car is at g : the mass center of the rear-engine 3200-lb car is at g. determine the normal forces na an nb exerted by the road on the

A hockey player hits a 1 kg puck initially at rest on the : a hockey player hits a .1 kg puck initially at rest on the ice with a force of 160 n for a period of .024 s. what is

Explain which of the following ions would you expect to be : explain which of the following ions would you expect to be morewater soluble hg2 or methyl mercury ch3hg? more lipid

A how much charge is on the surface of an isolated : a how much charge is on the surface of an isolated spherical conductor that has a 10.0-cm radius and is charged to 2.00

User Account

All Pages