1
Q
Position as a function of time for simple harmonic motion
A
Where:
X0 = amplitude of oscillation
φ = phase of oscillation
2
Q
Velocity as a function of time for oscillation
A
X0 = amplitude of oscillation
φ = phase of oscillation
3
Q
Total energy in oscillation
A
4
Q
Potential energy of oscillation
A
5
Q
Total kinetic energy of harmonic oscillator
A
6
Q
Equation for bands of maximum intensity
A
d = distance between slits
theta = angle between s1 and s2
7
Q
What will be the number of secondary maxima between primary maxima for N slits
A
N-2
8
Q
What happens as the number of slits increases
A
- The primary maxima becomes more intense
- The primary maxima becomes more narrow
- The secondary maxima becomes more negligible
9
Q
First minima of single slit diffraction
A
DP Physics HL
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