Compute the probability that it will register

Reference no: EM13236856

Imagine a small electron-sensitive probe of volume 1.00pm^3 insterted into an H2+ molecule ion in its ground state. Calculate the probability that it will register the presence of an electron at the following positions: nucleus A, nucleus B, halfway between A and B, and at a point 20 pm along the bond from A and 10 pm perpendicularly. Do the same for the molecule ion the instant after the electron has been excited into the antibonding LCAO-MO.

Reference no: EM13236856

Questions Cloud

Identify an open-market operation that would restore economy : Draw a graph of aggregate demand and aggregate supply to illustrate the current situation. Be sure to include the aggregate demand curve, the short run aggregate supply curve and the long-run aggregate supply curve

Explain halogenation of alkanes follows a chain mechanism : Identify which of the following statements about the halogenation of alkane hydrocarbons are correct. a) Halogenation of alkanes follows a chain mechanism.

What is the distance of closest approach : Refer to Interactive Solution 19.25 to review one way in which this problem can be solved, What is the distance of closest approach

Explain thermodynamic and intermolecular forces : What determines whether two substances are likely to be miscible with each other, in terms of thermodynamic and intermolecular forces

Compute the probability that it will register : Imagine a small electron-sensitive probe of volume 1.00pm^3 insterted into an H2+ molecule ion in its ground state. Calculate the probability that it will register the presence of an electron at the following positions

Explain the buret is filled with the naoh titrant : The buret is filled with the NaOH titrant and the initial volume reading is immediately recorded without waiting the recommended 10-15 seconds. However, in part b-1, the 10-15 second time lapse does occur before the reading is made.

Calculate the work done and final temprature : A 4kg parcel of dry air initially at p=950mb and T=295K compresses isobarically to one third of its original volume, Calculate the final temperature and the work done

Explain will the money supply expand more for federal resrve : Assume that the reserve requirement is 5%. All other things equal, will the money supply expand more if the Federal Reserve busy $2,000 worth of bonds or if someone deposits in a bank $2,000 that he had been hiding in his cookie jar

Explain what is the internal energy change for the reaction : The enthalpy change for the reaction below at 25oC is -1,249 kJ (per mole of C6H14). What is the internal energy change for the reaction at 25oC? 6 CO(g) + 13 H2(g) --> C6H14(l) + 6 H2O(l)

User Account

All Pages