Guglielmo Marconi — Questions and answers

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What signal did Marconi's team first hear on Signal Hill?

Choices

  1. A: Three distinct clicks. ✓
  2. B: A loud bell ringing.
  3. C: Someone shouting "Hello!".
  4. D: A song playing.

Answer: A: Three distinct clicks.

From page 1

What did Guglielmo Marconi believe would help electromagnetic waves travel further?

Choices

  1. A: Making the waves quieter.
  2. B: Raising the aerial higher and grounding the transmitter. ✓
  3. C: Using a stronger spark.
  4. D: Moving to a different country.

Answer: B: Raising the aerial higher and grounding the transmitter.

From page 2

Where did Marconi go after the Italian government showed little interest in his work?

Choices

  1. A: France
  2. B: Newfoundland
  3. C: England ✓
  4. D: Germany

Answer: C: England

From page 4

What significant milestone did Marconi achieve in 1899 related to connecting countries?

Choices

  1. A: He sent a signal across an entire continent.
  2. B: He connected two countries separated by water. ✓
  3. C: He sent a signal from an airplane.
  4. D: He used light waves to communicate.

Answer: B: He connected two countries separated by water.

From page 5

What theory did Marconi hope would allow the waves to travel across the Atlantic?

Choices

  1. A: That the waves would get stronger in a storm.
  2. B: That the waves would reflect off the ionosphere. ✓
  3. C: That the waves would get help from ocean currents.
  4. D: That the waves would travel in a straight line forever.

Answer: B: That the waves would reflect off the ionosphere.

From page 7

What famous ship sent distress calls using Marconi's wireless technology, as mentioned on this page?

Choices

  1. A: The Queen Mary
  2. B: The Titanic ✓
  3. C: The Lusitania
  4. D: The Endeavour

Answer: B: The Titanic

From page 9

What prestigious award did Guglielmo Marconi win in 1909?

Choices

  1. A: The Pulitzer Prize
  2. B: The Academy Award
  3. C: The Nobel Prize in Physics ✓
  4. D: The Golden Globe

Answer: C: The Nobel Prize in Physics

From page 10