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the uncertainty in momentum of an electron is 1 x 10-5 kgm s the uncertainity in its position will be h 663 x 10 -34 js 1 528 x 10 -30m
uncertainty in position of a 025 g particle is 10-5 uncertainty of velocity h 66 x 10 -34 js is1 12 x 10 34 2 21
which quantum number is not related with schrodinger equation 1 principal 2 azimuthal 3
the equation delta x deltap ge h 4pi shows1 de-broglie relation 2 heisenbergs uncertainty principle 3
the uncertainty in the position of a moving bullet of mass 10 gm is 10 -5m calculate the uncertainty in its velocity1 52 x 10-28
the uncertainty in momentum of an electron is 1 x10 -5 kg- ms the uncertainty in its position will be h 662 x 10 -34 kg - m2 s1 105 x 10-
the uncertainty principle and the concept of wave nature of matter was proposed by and respectively1 heisenberg de broglie2 de-broglie
uncertainty principle gave the concept of1 probability2 an orbital3physical meaning of psi the psi 4all the aboveans
if uncertainty in the position of an electron is zero the uncertainty in its momentum would be1 zero 2 lth 2 gamma 3
simultaneous determination of exact position and momentum of an electron is1 possible2 impossible3 sometimes possible sometimes impossible4 none of
the maximum probability of finding an electron in the d xy orbital is1 along the x-axis2 along the y-axis3 at an angle of 45 0 degree
which one is not the correct relation in the following 1 h e v
in heisenbergs uncertainty equation delta x timesdelta p ge h 4 pi stands for1 uncertainty in energy 2 uncertainty in velocity3
the position and velocity of a small particle like electron cannot be simultaneously determined this statement is1 heisenberg uncertainty
according to heisenberg uncertainty principle1 emc2
which is the correct relationship between wavelength and momentum of particles1 gamma h p
calculate de-broglie wavelength of an electron travelling at 1 of the speed of light1 273 x 10- 24
how yield of ether is highest when the halide ion is displased from a primary rather than secondary or tertiary
dual nature of particles was proposed by1 heisenberg2 lowry3 de-broglie 4
a cricket ball of 05 kg is moving with a velocity of 100 m sec the wavelength associated with its motion is1 1 100cm
a 200g golf ball is moving with a speed of 5 m per hour the associated wave length h 6625 x 10 -34 j secis1 10- 10 m
if the velocity of hydrogen molecule is 5x 10 4 cm sec-1 then its de-broglie wavelength is 1 2 aring 2 4 aring 3 8
what is the de-broglie wavelength associated with the hydrogen electron in its third orbit1 996x 10-10
the de-broglie wavelength associated with a particle of mass 10-6kg moving with a velocity of 10 ms-1 is1 663 x 10 -22m
what will be de-broglie wavelength of an electron moving with a velocity of 12 x 10 5 ms-11 6068x 10-9 2 3133 x 10