Tidal Phenomena in the Bay of Fundy

The Bay of Fundy, located between New Brunswick and Nova Scotia, has the world's largest tidal range, with water levels rising and falling by 14 meters. This phenomenon is due to the bay's unique shape and the gravitational pull of the moon and sun. The natural oscillation of the bay's water aligns with the tidal cycle, amplifying the effect. Efforts to harness this energy include a tidal power plant using a barrage system, though it has environmental drawbacks. Future solutions involve tidal turbines on the ocean floor, offering a more efficient and eco-friendly approach.

What is the average tidal range in the Bay of Fundy?

• 1 meter

• 5 meters

• 14 meters

• 20 meters

What natural phenomenon causes the water in the Bay of Fundy to oscillate?

• Earthquakes

• Wind patterns

• Volcanic activity

• Gravitational pull of the Moon

How long does it take for water to complete an oscillation cycle in the Bay of Fundy?

• 6 hours

• 48 hours

• 12.5 hours

• 24 hours

What shape is the Bay of Fundy compared to?

• A bowl

• A cube

• A cylinder

• A funnel

What is the main component of the current tidal power plant in the Bay of Fundy?

• Wind turbines

• Geothermal vents

• Solar panels

• A barrage

What is a major drawback of the current tidal power plant setup?

• Complex maintenance

• Environmental impact on marine life

• Low energy output

• High cost

What is the next generation of tidal energy technology in the Bay of Fundy?

• Nuclear reactors

• Hydroelectric dams

• Tidal turbines

• Solar panels

Why do tidal turbines not need to spin as fast as wind turbines?

• Tidal turbines are more efficient

• Tidal turbines are smaller

• Water is more dense than air

• Water is less dense than air

What is the primary force driving the tidal phenomenon in the Bay of Fundy?

• Wind

• Earth's rotation

• Sun's gravity

• Moon's gravity

What term is used to describe the energy harnessed from the tides in the Bay of Fundy?

• Geothermal power

• Lunar power

• Solar power

• Wind power