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Calcualate the average binding energy per nucleon 93Nb41 having mass 92.906 u.
17
Oct
Calcualate the average binding energy per nucleon 93Nb41 having mass 92.906 u. Calcualate the average binding energy per nucleon 93Nb41 having mass 92.906 u. October 17, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
How many electrons, protons, and neutrons are there in a nucleus of atomic number 11 and mass number 24 ?
17
Oct
How many electrons, protons, and neutrons are there in a nucleus of atomic number 11 and mass number 24 ? and neutrons are there in a nucleus of atomic number 11 and mass number 24 ? How many electrons protons October 17, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Two parallel wires P and Q placed at a seperation d = 6 cm on the x axis carry electric current i1 = 5 A and i2 = 2 A in opposite directions as shown in figure. Find the point on the line PQ where the resultant magnetic field is zero.
17
Oct
Two parallel wires P and Q placed at a seperation d = 6 cm on the x axis carry electric current i1 = 5 A and i2 = 2 A in opposite directions as shown in figure. Find the point on the line PQ where the resultant magnetic field is zero. A cylindrical wire of [...]
Infinite wires each carrying a current 5 A , are kept parallel to y- axis and intersecting x – axis at x = +-1 m, +-2 m, +-4 m, +- 8 m, etc. Wires kept at positive values of x acrry current in the same direction while wires kept aqt negative values of x carry current successively in opposite directions as shown in figure.
17
Oct
Infinite wires each carrying a current 5 A , are kept parallel to y- axis and intersecting x – axis at x = +-1 m, +-2 m, +-4 m, +- 8 m, etc. Wires kept at positive values of x acrry current in the same direction while wires kept aqt negative values of x carry [...]
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2 m ,
4 m ,
8 m ,
are kept parallel to y- axis and intersecting x - axis at x = +-1 m ,
etc. Wires kept at positive values of x acrry current in the same direction while wires kept aqt negative values of x carry current successively in opposite directions as shown in figure. ,
Infinite wires each carrying a current 5 A ,
Consider a hydrogen-like ionized atom with atomic number Z with a single electron. In the emission spectrum of this atom, the photon emitted in the n = 2 to n = 1 transition has energy
17
Oct
Consider a hydrogen-like ionized atom with atomic number Z with a single electron. In the emission spectrum of this atom, the photon emitted in the n = 2 to n = 1 transition has energy Consider a hydrogen-like ionized atom with atomic number Z with a single electron. In the emission spectrum of this atom [...]
An electron in a hydrogen atom undergoes a transition from an orbit with quantum number ni to another with quantum number nf. Vi and Vf are respectively the initial and final potential
17
Oct
An electron in a hydrogen atom undergoes a transition from an orbit with quantum number ni to another with quantum number nf. Vi and Vf are respectively the initial and final potential An electron in a hydrogen atom undergoes a transition from an orbit with quantum number ni to another with quantum number nf. Vi [...]
In figure, AB is a non- conducting rod. Equal charges of magnitude q are fixed at various points on the rod as shown. The rod is rotated uniformlly about an axis passing through O and perpendicular to its length such that linear speed at the end A or B of the rod is 3 m/s. Magnetic field at O is
17
Oct
In figure, AB is a non- conducting rod. Equal charges of magnitude q are fixed at various points on the rod as shown. The rod is rotated uniformlly about an axis passing through O and perpendicular to its length such that linear speed at the end A or B of the rod is 3 m/s. [...]
A hydrogen atom in its ground state is irradiated by light of wavelength 970 A. Taking hc/e = 1.237 * 10^-6 eV m and the ground state energy of hydrogen atom as -13.6 eV, the number
17
Oct
A hydrogen atom in its ground state is irradiated by light of wavelength 970 A. Taking hc/e = 1.237 * 10^-6 eV m and the ground state energy of hydrogen atom as -13.6 eV, the number A hydrogen atom in its ground state is irradiated by light of wavelength 970 A. Taking hc/e = 1.237 [...]
Two infinetly long straight parallel wires are 5 m apart perpendicular to the plane of paper. On eof the wires , as it passes perpendicular to the plane of paper, intersects it at A and carries current i in the downward direction. The other wire intersect the plane of paper at point B and carries i in the outward direction O in the plane of paper as shown in figure. With x and y axes as shown, magnetic induction at O in teh component formm can be expressed as
17
Oct
Two infinetly long straight parallel wires are 5 m apart perpendicular to the plane of paper. On eof the wires , as it passes perpendicular to the plane of paper, intersects it at A and carries current i in the downward direction. The other wire intersect the plane of paper at point B and carries [...]
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A cylindrical wire of radius R is carrying current uniformly distributed current i over its cross section . If a circular loop of radius r is taken as amperian loop ,
as it passes perpendicular to the plane of paper ,
then the variation value of phi B.dl over this loop with radius r of loop will be best represented by ,
Two infinetly long straight parallel wires are 5 m apart perpendicular to the plane of paper. On eof the wires ,
Highly excited states for hydrogen-like atoms (also called Rydberg states) with nuclear charge Ze are defined by their principal quantum number n, where n >> 1. Which to the following
17
Oct
Highly excited states for hydrogen-like atoms (also called Rydberg states) with nuclear charge Ze are defined by their principal quantum number n, where n >> 1. Which to the following Highly excited states for hydrogen-like atoms (also called Rydberg states) with nuclear charge Ze are defined by their principal quantum number n where n >> [...]