1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship...

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1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency and period of a wave which travels at 30 ms -1 and has wavelength of 3x10 -6 m. SHOW ALL WORKING Quantity Name Quantity Symbol Unit Name Unit Symbol Wave Velocity Wave length Period Frequency

Transcript of 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship...

Page 1: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.

1. Copy and Complete the table below

2. Write down the wave equation

3. Write down the relationship between frequency and period

4. Find both frequency and period of a wave which travels at 30 ms-1 and has wavelength of 3x10-6 m. SHOW ALL WORKING

Quantity Name Quantity Symbol Unit Name Unit Symbol

Wave Velocity

Wave length

Period

Frequency

Page 2: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.

Question

“One of the most important scientific advances of the last 150 years is the discovery and application of ________________”

Page 3: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.

Fact OneA charged particle (either + or -) creates an electric field around it.

Fact TwoA moving charged particle (e.g. electric current) creates a magnetic field around it.

Fact ThreeA changing magnetic field can cause charged particles to move.

Page 4: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 5: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.

Electromagnetic WavesElectromagnetic waves are made up of oscillating electric and magnetic fields.All electromagnetic waves travel at the speed of light, c, in a vacuum.

c = speed of light = 3.0 x 108 ms-1

Electromagnetic waves do not require medium.

Page 6: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 7: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 8: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 9: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 10: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 11: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 12: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 13: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 14: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
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Page 20: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.
Page 21: 1. Copy and Complete the table below 2. Write down the wave equation 3. Write down the relationship between frequency and period 4. Find both frequency.