Presentation is loading. Please wait.

Presentation is loading. Please wait.

GEOL 106 Quiz 4 882‐E Scantron Sheet!.

Published byHugo Lambert Modified over 6 years ago

Similar presentations

Presentation on theme: "GEOL 106 Quiz 4 882‐E Scantron Sheet!."— Presentation transcript:

1 GEOL 106 Quiz 4 882‐E Scantron Sheet!

2 GEOL 106 Quiz: Question 1 Tsunami travel faster in? Shallow Water
Intermediate Depth Water Air Deep Water Hot Fudge

3 GEOL 106 Quiz: Question 2 In deep water, tsunami can travel?
1000 knots 500 knots 2000 knots 5000 knots

4 GEOL 106 Quiz: Question 3 Tsunami can be caused by what?
Bolide Impacts (e.g. Asteroids) Landslides Earthquakes All of the Above

5 GEOL 106 Quiz: Question 4 How do we calibrate tsunami models?
Paleotsunami Deposits Tsunami Buoy Data Tide Gage Data Our Imagination A, B, and C; but not D

6 GEOL 106 Quiz: Question 5 If one is in a known tsunami evacuation zone and the ground shakes for at least 20 seconds, what do they want to do? Make sure one’s cell phone is charged so they could take photos of the tsunami and post to social media Get out their surfboard Run to the beach to see what happens As soon as it is safe to walk, evacuate to high ground All of the above

7 GEOL 106 Quiz: Question 6 (C = gd) or d = C2 /g
Given the Shallow Water Wave Equation, answer the following If the speed (velocity) of the tsunami is 280 m/sec, what is the average ocean basin depth? 1000 m 2000 m 4000 m 8000 m (C = gd) or d = C2 /g

8 GEOL 106 Quiz: Question 7 (C = gd) or d = C2 /g
Given the Shallow Water Wave Equation, answer the following If the depth of an ocean basin is 4000 m, what is the speed (velocity) of a tsunami that would travel through it? 100 m 200 m 400 m 800 m (C = gd) or d = C2 /g

9 GEOL 106 Quiz 4 Turn them in on your way out.
Only one Scantron per person!!! (don’t risk an F)

10 GEOL 106 Quiz: Question 1 Tsunami travel faster in? Shallow Water
Intermediate Depth Water Air Deep Water Hot Fudge

11 GEOL 106 Quiz: Question 2 In deep water, tsunami can travel?
1000 knots 500 knots 2000 knots 5000 knots

12 GEOL 106 Quiz: Question 3 Tsunami can be caused by what?
Bolide Impacts (e.g. Asteroids) Landslides Earthquakes All of the Above

13 GEOL 106 Quiz: Question 4 How do we calibrate tsunami models?
Paleotsunami Deposits Tsunami Buoy Data Tide Gage Data Our Imagination A, B, and C; but not D

14 GEOL 106 Quiz: Question 5 If one is in a known tsunami evacuation zone and the ground shakes for at least 20 seconds, what do they want to do? Make sure one’s cell phone is charged so they could take photos of the tsunami and post to social media Get out their surfboard Run to the beach to see what happens As soon as it is safe to walk, evacuate to high ground All of the above

15 GEOL 106 Quiz: Question 6 (C = gd) or d = C2 /g
Given the Shallow Water Wave Equation, answer the following If the speed (velocity) of the tsunami is 280 m/sec, what is the average ocean basin depth? 1000 m 2000 m 4000 m 8000 m (C = gd) or d = C2 /g

16 GEOL 106 Quiz: Question 7 (C = gd) or d = C2 /g
Given the Shallow Water Wave Equation, answer the following If the depth of an ocean basin is 4000 m, what is the speed (velocity) of a tsunami that would travel through it? 100 m 200 m 400 m 800 m (C = gd) or d = C2 /g

Download ppt "GEOL 106 Quiz 4 882‐E Scantron Sheet!."

Similar presentations

CURRENTS, TIDES, AND WAVES

CURRENTS, TIDES, AND WAVES
The Story Of Waves Waves On The Beach Most of the waves we see are at the beach. Most of the waves we see are at the beach.

The Story Of Waves Waves On The Beach Most of the waves we see are at the beach. Most of the waves we see are at the beach.
Geology of Costa Rica. Geologic Hazards Earthquakes Tsunami Volcanism Slope Hazards.

Geology of Costa Rica. Geologic Hazards Earthquakes Tsunami Volcanism Slope Hazards.
Science Modules using the Mini Wave Tank (working document)

Science Modules using the Mini Wave Tank (working document)
Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of.

Tides Dynamic Theory of Tides Ideal Open Ocean Tide Theory Adds in Coriolis effect and actual depth and shape of ocean basins Tidal energy reflects of.
Earthquakes. Figure 11.8 Figure 11.9A Figure 11.9B.

Earthquakes. Figure 11.8 Figure 11.9A Figure 11.9B.
Ocean Waves What causes ocean waves to form and move?

Ocean Waves What causes ocean waves to form and move?
Tsunamis Human responses to the changing Earth By Hassan and Muna.

Tsunamis Human responses to the changing Earth By Hassan and Muna.
Tsunami Preparedness Week

Tsunami Preparedness Week
Chapter 21 Section 2 Review Page 530

Chapter 21 Section 2 Review Page 530
OCEAN WAVES. OBJECTIVES Identify the generating force of different waves Describe the factors that influence wind wave development Describe the basic.

OCEAN WAVES. OBJECTIVES Identify the generating force of different waves Describe the factors that influence wind wave development Describe the basic.
March 15, 2011 Mrs. Painter Earth Science. Question of the Day 1) Please take out a sheet of paper and write your name near the top on the right hand.

March 15, 2011 Mrs. Painter Earth Science. Question of the Day 1) Please take out a sheet of paper and write your name near the top on the right hand.
Earthquakes An Earthquake is any vibrating, shaking or rapid motion of the Earth’s crust. Most Earthquakes occur at zones of weakness or a break in bedrock.

Earthquakes An Earthquake is any vibrating, shaking or rapid motion of the Earth’s crust. Most Earthquakes occur at zones of weakness or a break in bedrock.
Tsunami By Will and Ryan. What causes tsunamis? When an earthquake is made in the water shakes the water and forms tsunamis.

Tsunami By Will and Ryan. What causes tsunamis? When an earthquake is made in the water shakes the water and forms tsunamis.
Earthquakes IB SL. What Are They? Earthquakes are a sudden, violent shaking of the Earth’s surface. Earthquakes occur after a build-up of pressure causes.

Earthquakes IB SL. What Are They? Earthquakes are a sudden, violent shaking of the Earth’s surface. Earthquakes occur after a build-up of pressure causes.
TSUNAMIS Alexandra Norris. Tsunamis Deep water Small amplitudes and long wavelengths Travel at well over 800 km/h Shallow water Wave Shoaling will compress.

TSUNAMIS Alexandra Norris. Tsunamis Deep water Small amplitudes and long wavelengths Travel at well over 800 km/h Shallow water Wave Shoaling will compress.
TSUNAMIS A tsunami is a series of waves in a body of water caused by the displacement of a large volume of water, generally in an ocean or a large lake.

TSUNAMIS A tsunami is a series of waves in a body of water caused by the displacement of a large volume of water, generally in an ocean or a large lake.
Waves n Characteristics of All Wind-generated Waves n Deep Water Waves n Shallow Water Waves n Other Water Waves.

Waves n Characteristics of All Wind-generated Waves n Deep Water Waves n Shallow Water Waves n Other Water Waves.
A PRESENTATION BY RANJITHA,DEEPIKA o PRECAUTIONS FOR TSUNAMI IF YOU ARE AT HOME AND HEAR THERE IS ATSUNAMI WARNING, YOU SHOULD MAKE SURE YOUR FAMILY.

A PRESENTATION BY RANJITHA,DEEPIKA o PRECAUTIONS FOR TSUNAMI IF YOU ARE AT HOME AND HEAR THERE IS ATSUNAMI WARNING, YOU SHOULD MAKE SURE YOUR FAMILY.
By Sally Bishop-Smith.  Wind is the main reason waves are formed.  Wind drags on the water’s surface, that creates energy and friction.  The stronger.

By Sally Bishop-Smith.  Wind is the main reason waves are formed.  Wind drags on the water’s surface, that creates energy and friction.  The stronger.

Similar presentations

Ads by Google