mechanical waves oscillation & waves

Poll

Aanshi Singh

Asked: February 8, 2021In: Class-11-Physics

A particle is oscillating according to the equation x = 7 cos (0.5π t), where t is in second. The point moves from the position of equilibrium to maximum displacement in time

NCERT Solutions for Class 11 Science Properties of matter 10 Important Board Questions Mechanical Waves Oscillation & Waves NCERT Books for Session 2022-2023 CBSE Board and UP Board M.C.Q

Poll

Aanshi Singh

Asked: February 8, 2021In: Class-11-Physics

The equation of simple harmonic motion y = a sin (2π t + α) then its phase at time t = 0s is

NCERT Solutions for Class 11 Science Properties of matter 10 Important Board Questions Mechanical Waves Oscillation & Waves NCERT Books for Session 2022-2023 CBSE Board and UP Board M.C.Q

Poll

Aanshi Singh

Asked: February 8, 2021In: Class-11-Physics

The equation of simple harmonic motion y = a sin (2π t + α) then its phase at time t is

NCERT Solutions for Class 11 Science Properties of matter 10 Important Board Questions Mechanical Waves Oscillation & Waves NCERT Books for Session 2022-2023 CBSE Board and UP Board M.C.Q

Poll

Aanshi Singh

Asked: February 8, 2021In: Class-11-Physics

. If a simple pendulum oscillates with an amplitude of 50 mm and time period of 2s, its maximum velocity is

NCERT Solutions for Class 11 Science Properties of matter 10 Important Board Questions Mechanical Waves Oscillation & Waves NCERT Books for Session 2022-2023 CBSE Board and UP Board M.C.Q

Poll

Aanshi Singh

Asked: February 8, 2021In: Class-11-Physics

Two equations of two SHM y = a Sin (ωt–α) and y = a Cos (ωt–α). The phase difference between the two is

NCERT Solutions for Class 11 Science Properties of matter 10 Important Board Questions Mechanical Waves Oscillation & Waves NCERT Books for Session 2022-2023 CBSE Board and UP Board M.C.Q

A particle is oscillating according to the equation x = 7 cos (0.5π t), where t is in second. The point moves from the position of equilibrium to maximum displacement in time

The equation of simple harmonic motion y = a sin (2π t + α) then its phase at time t = 0s is

The equation of simple harmonic motion y = a sin (2π t + α) then its phase at time t is

. If a simple pendulum oscillates with an amplitude of 50 mm and time period of 2s, its maximum velocity is

Two equations of two SHM y = a Sin (ωt–α) and y = a Cos (ωt–α). The phase difference between the two is

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