Pacific 'A' Level Physics Volume 2

a-particles alternating current amplitude angle axis beam Calculate capacitance capacitor cell charge q coil conductor connected in series constant current flows decay decreases diagram diffraction diffraction grating diode direction displacement distance double slit electric field electric potential emitted equation Evaluation Exercise Example Explain force free electrons frequency fringe galvanometer gate graph Hence incident increases induced e.m.f. inductor input intensity interference kinetic energy length lens light logic gates magnetic field magnetic flux density maximum metal monochromatic moving negatively charged neutrons nucleon nucleus oscilloscope output voltage parallel particle photoelectrons photon plane plate polarized positively charged potential difference produced pulse R₁ R₂ radiation radioactive reflected resistor S₂ screen shown in Fig shows sinusoidal solenoid Solution spectrum speed sphere switch truth table tube V₁ V₂ velocity vibrating voltage voltmeter wavefront wavelength wire X-rays zero