- 2 (2-2) e-Vrao ao wave function for H- 28 orbital is 42 (M)= 1 212a. ocrcool 1 at the node the probability of finding thee is zero. show that the node for 28 orbital is at r= 290. is is the more likely to be found less than where the node is os more than? set up integrals for calculating the probability of finding the e at distance (6 less than a more than when the node is. lind suppose we prepared a system that is not eigenfunction of the namiltonian - 464) = (fa) what is the probability of measuring energy that is same as the energy of the 28 orbital ? Set the integral for the calculation, explain how the result of the integral will be used to calc. the answer (do not attempt note :- for (i) & integration of 461) 4 (4) over all space S4* (1) 4 (1) 41 4 dr. an 1/4-ir2 - co up to solve the integraly) - - 2 (2-2) e-Vrao ao wave function for H- 28 orbital is 42 (M)= 1 212a. ocrcool 1 at the node the probability of finding thee is zero. show that the node for 28 orbital is at r= 290. is is the more likely to be found less than where the node is os more than? set up integrals for calculating the probability of finding the e at distance (6 less than a more than when the node is. lind suppose we prepared a system that is not eigenfunction of the namiltonian - 464) = (fa) what is the probability of measuring energy that is same as the energy of the 28 orbital ? Set the integral for the calculation, explain how the result of the integral will be used to calc. the answer (do not attempt note :- for (i) & integration of 461) 4 (4) over all space S4* (1) 4 (1) 41 4 dr. an 1/4-ir2 - co up to solve the integraly)