Podcast
Questions and Answers
What does the equation A = (2α1R1 + α2R2)iˆ - (ω12R1 + 1)jˆ/(R1 + R2) represent in the context provided?
What does the equation A = (2α1R1 + α2R2)iˆ - (ω12R1 + 1)jˆ/(R1 + R2) represent in the context provided?
- Linear acceleration of the upper disc (correct)
- Linear velocity of the upper disc
- Angular velocity of the upper disc
- Angular acceleration of the upper disc
What does KE of the upper disc = 4ρ(3ω12R12 + 2ω22R22 + 4ω1ω2R1R2) represent in the context provided?
What does KE of the upper disc = 4ρ(3ω12R12 + 2ω22R22 + 4ω1ω2R1R2) represent in the context provided?
- Rotational kinetic energy of the upper disc (correct)
- Potential energy of the upper disc
- Linear kinetic energy of the upper disc
- Total mechanical energy of the upper disc
What does L upper disc about O = m(ω1R12 + ω2R22 + ω1ω2R1R2)(−k)2 represent in the context provided?
What does L upper disc about O = m(ω1R12 + ω2R22 + ω1ω2R1R2)(−k)2 represent in the context provided?
- Angular momentum of the upper disc about O (correct)
- Torque acting on the upper disc
- Angular momentum of the upper disc about C
- Angular momentum of the lower disc about C
In the provided context, why is L upper disc about A ≠ L disc about C?
In the provided context, why is L upper disc about A ≠ L disc about C?
What is the significance of PA = PC = R12 ω2, α2 in the context provided?
What is the significance of PA = PC = R12 ω2, α2 in the context provided?
What does B = (2iˆ - 3jˆ + k) represent in the context provided with a mass of 50gm?
What does B = (2iˆ - 3jˆ + k) represent in the context provided with a mass of 50gm?
If a particle moves 2 units along the line x + y = 1, what is the new position of the particle?
If a particle moves 2 units along the line x + y = 1, what is the new position of the particle?
If a particle moves 5 units along the line x - 2y = 4, what is the new position of the particle?
If a particle moves 5 units along the line x - 2y = 4, what is the new position of the particle?
In which quadrant is the new position of the particles located if they both move towards increasing y?
In which quadrant is the new position of the particles located if they both move towards increasing y?
What are the coordinates of the point (2, -1) in polar form?
What are the coordinates of the point (2, -1) in polar form?
If one particle moves 3 units along x-axis and the other moves 4 units along y-axis, what will be the distance between them?
If one particle moves 3 units along x-axis and the other moves 4 units along y-axis, what will be the distance between them?
If strip A is placed over one slit and strip B over the other, what will be the order of the fringe at point P?
If strip A is placed over one slit and strip B over the other, what will be the order of the fringe at point P?
If strip C is placed over both slits, what will be the order of the fringe at point P?
If strip C is placed over both slits, what will be the order of the fringe at point P?
If strip A is placed over one slit and strip C over the other, what will be the order of the fringe at point P?
If strip A is placed over one slit and strip C over the other, what will be the order of the fringe at point P?
If strip B is placed over both slits, what will be the order of the fringe at point P?
If strip B is placed over both slits, what will be the order of the fringe at point P?
If strip A is placed over one slit, what will be the order of the fringe at point P?
If strip A is placed over one slit, what will be the order of the fringe at point P?
If no strip is placed over the slits, what will be the order of the fringe at point P?
If no strip is placed over the slits, what will be the order of the fringe at point P?
What is the value of 'n' in the given scenario?
What is the value of 'n' in the given scenario?
If the light wavelength is changed to 2000 Å, what effect would it have on the photoelectrons ejected?
If the light wavelength is changed to 2000 Å, what effect would it have on the photoelectrons ejected?
What is the radius of the path followed by electrons ejected from the plate with maximum energy?
What is the radius of the path followed by electrons ejected from the plate with maximum energy?
How does the introduction of a glass slab in front of one of the slits in a YDSE experiment affect interference patterns?
How does the introduction of a glass slab in front of one of the slits in a YDSE experiment affect interference patterns?
If water is replaced with a liquid having a higher refractive index, what will happen to the YDSE interference pattern?
If water is replaced with a liquid having a higher refractive index, what will happen to the YDSE interference pattern?
How would neglecting viscosity affect the behavior of petrol considered as a solid semi-cylinder inside a tank wagon?
How would neglecting viscosity affect the behavior of petrol considered as a solid semi-cylinder inside a tank wagon?
What is the smallest value of $P(A igcap B^c)$?
What is the smallest value of $P(A igcap B^c)$?
In the context provided, what value does the definite integral $4igint f(x) dx$ equal to?
In the context provided, what value does the definite integral $4igint f(x) dx$ equal to?
If $f(x) = rac{1}{e^x}$, what is the value of the definite integral $igint_0^1 e^x + 8 dx$?
If $f(x) = rac{1}{e^x}$, what is the value of the definite integral $igint_0^1 e^x + 8 dx$?
If $G(x) = rac{1}{g(x)}$ and $f(4) = 2$ with $f'(4) = 16$, what is $(G'(2))^2$?
If $G(x) = rac{1}{g(x)}$ and $f(4) = 2$ with $f'(4) = 16$, what is $(G'(2))^2$?
In the context provided, if $f(x) = rac{1}{x - r}$, what is the definite integral $igint_{r=1} f(x)dx$ equal to?
In the context provided, if $f(x) = rac{1}{x - r}$, what is the definite integral $igint_{r=1} f(x)dx$ equal to?
What value does $igint t imes f(2x - t) dt = tan^{-1}(x^2)$ represent in the provided context?
What value does $igint t imes f(2x - t) dt = tan^{-1}(x^2)$ represent in the provided context?
