Subjects: work,wave optics,vision and optical instruments,uniform circular motion and gravitation,thermodynamics,temperature,statics and torque,special relativity,rotational motion and angular momentum,resistance,radioactivity and nuclear physics,quantum physics,physics of hearing,physics,particle physics,oscillatory motion and waves,Ohm’s Law,Newton’s Laws of Motion,medical applications of nuclear physics,magnetism,linear momentum,kinetic theory,kinematics,heat and transfer methods,geometric optics,gas laws,frontiers of physics,friction,forces,fluid statics,fluid dynamics,energy,electromagnetic waves,electromagnetic induction,electrical technologies,electric potential,electric current,electric charge and electric field,elasticity,drag,dc instruments,collisions,college physics,circuits,biological and medical applications,bioelectricity,atomic physics,ac circuits
Record details
Subjects: ac circuits,atomic physics,bioelectricity,biological and medical applications,circuits,college physics,collisions,dc instruments,drag,elasticity,electric charge and electric field,electric current,electric potential,electrical technologies,electromagnetic induction,electromagnetic waves,energy,fluid dynamics,fluid statics,forces,friction,frontiers of physics,gas laws,geometric optics,heat and transfer methods,kinematics,kinetic theory,linear momentum,magnetism,medical applications of nuclear physics,Newton’s Laws of Motion,Ohm’s Law,oscillatory motion and waves,particle physics,physics,physics of hearing,quantum physics,radioactivity and nuclear physics,resistance,rotational motion and angular momentum,special relativity,statics and torque,temperature,thermodynamics,uniform circular motion and gravitation,vision and optical instruments,wave optics,work
Subjects: work,wave optics,vision and optical instruments,uniform circular motion and gravitation,thermodynamics,temperature,statics and torque,special relativity,rotational motion and angular momentum,resistance,radioactivity and nuclear physics,quantum physics,physics of hearing,physics,particle physics,oscillatory motion and waves,Ohm’s Law,Newton’s Laws of Motion,medical applications of nuclear physics,magnetism,linear momentum,kinetic theory,kinematics,heat and transfer methods,geometric optics,gas laws,frontiers of physics,friction,forces,fluid statics,fluid dynamics,Fisica,energy,electromagnetic waves,electromagnetic induction,electrical technologies,electric potential,electric current,electric charge and electric field,elasticity,drag,dc instruments,collisions,college physics,circuits,biological and medical applications,bioelectricity,atomic physics,ac circuits