Lab Volcano Ejecta 2017

a) Explain the considerations when designing the trajectories of a directional wellbore. b) Discuss the application and disadvantages of the following directional drilling profiles: i. S - type well ii. Deep kickoff and build

The Richter Soale is a simple equation for measuring intensity of an earthquake, according to the formula R=log(I), where I is Intensity of an earthquake and Ris the Richter scale rating. The largest earthquake in the year 2006 was in the ocean that was recorded as an 8.3 on the Richter Scale. The most devastating earthquake was in a major city that registered 6.6 on the Richter Scale. How many times more intense was the quake in the ocean? a) The intensity of the 8.3 earthquake was: You can write it as a power of 10 b) The intensity of the 6.6 earthquake was: FYou can write it as a power of 10} c) The quake in the ocean was times more intense than the one in the city. (Round to 3 decimal places.)

On July 13, 1986, the strongest earthquake known to strike San Diego County registered 5.4 on the Richter scale. It was centered off the coast of Oceanside on the Coronado Bank Fault. a) Determine the amount of energy released in ergs and b) Joules.

Q1-Choose the correct answer (use ) 1. The normal fault characterizes by: a) Moving up of foot wall. b) Moving down of hanging wall. c) Both of them. 2. Recumbent fold has: a) Vertical axial plane. b) Horizontal axial plane c) No axial plane. 3. Tension recognized on seismograph by: a) High peak then low peak amplitude. b) Low peak then high peak amplitude. c) Equal peaks. 4. Joints is; a) A fracture with horizontal movement. b) A fracture with rotational movement. c) A fracture without any movement. 5. Thrust fault is; a) A reverse fault with <30° fault angle. b) A reverse fault with 230° fault angle. c) A normal fault with <30° fault angle. 6. Box fold has; a) One axial plane. b) Two axial planes c) All the above. 7. Plastic deformation characterized by: a) Equal ratio of stress and strain. b) High strain versus low stress. c) Brittleness. 8. The destructive wave is; a) Longitudinal wave. b) Short wave. c) Primary wave. 9. Compressive strength increased when rock; a) With quartz…

seismograph to the focus of the quake. km Need Help? Read It Watch It

The magnitude M of an earthquake is given. a. Find the earthquake intensity I in terms of the zero-level earthquake intensity lo- b. Find the energy released by the earthquake. M = 7.3

A11 Consider linear flow through a core length L with cross sectional area equal to A. Assume that flow through the core can be modeled as flow through ncapillary tubes of radius r and length L. Show that; k = 4.04 x 10^6 x Φ x r^2 where Φ denotes porosity, and k denotes permeability in Darcies.

Write a 5 paragraph essay applying physic concepts to the geological processes of the Earth. Introduce the different Earth processes that you will discuss. The next three paragraphs need to be dedicated to the processes and the physic concept(s) that you apply to the Earth’s processes. The last paragraph should conclude what you discovered about the relationship between the Earth’s processes and physics.

Title A senator reported that 640 metric tons of spent nuclear fuel had produced 660,000 gallons of... Description A senator reported that 640 metric tons of spent nuclear fuel had produced 660,000 gallons of nuclear waste. At this rate, how many gallons of nuclear waste, to the nearest thousand, would be produced by 810 metric tons of fuel? A car uses 0.16 gallon of gas to travel through a tunnel 3.6 miles long. At this rate, how many gallons of gas, to the nearest whole number, are needed to travel 2,885 miles across country?

Use the diagram below to answer the following question(s). Trench Mid-ocean ridge Trench Hot Hol Hot Cold Mantle Cold Based on the diagram, which process explains why less densc, hot magma rises to the surface to displace more densc, cooler magma? A. conduction B. diffusion C. radiation D. convection

According to the LA Times news report, a moderate magnitude 3.6 earthquake centered near the Granada Hills neighborhood occured on Jan 22, 2020. Use scientific notation in your final results to a) Refer to the Mercalli scale above to identify the intensity level, shaking and description/damage of the earthquake. b) Draw a cross sectional sketch of the earth identifying the FOCUS and epicenter of the earthquake. c) Determine the amount of energy released in ergs and d) Joules.

Tutorial An earthquake occurs 7,375 km from a seismograph. The P-waves arrive 12.2 minutes later. How fast is the P-wave traveling (in km/s)? If the lag time between P- and S-waves is 10.6 minutes, how fast are the S-waves traveling (in km/s)? Using the shadow of S-waves you determine that the radius of the core is 55% of the Earth's 6,378-km radius. How many kilometers from the surface is this (in km)? Part 1 of 3 To calculate how fast the P-waves are traveling, we need to divide the distance the waves travel by the time. d Vp = Make sure you are dividing by the time in seconds. s Vp = Make sure you are dividing by the time in seconds. km/s

4) The Richter scale is used for measuring the magnitude of an earthquake. The Richter magnitude R is given by the model R = 0.67 log(0.37 E) + 1.46 Where E is the energy (in kilowatt-hours) released by the earthquake. An earthquake in Pakistan on June 8, 2007. released 132,372 kilowatt hours of energy, what was the earthquake's magnitude (to the nearest tenth)? a) 4.1 b) 4.3 d) 4.8 c) 4.6

ft 14 ft 13 ft 9-3 9-4 3-3 9-5 1) Graphically trace all the tributary areas for the beams and girders for the framing and desking spans shown by colors and dotted direction arrows to show what member collects the area. 24 ft B8 ft15 ftD 1-6 B-1 1 a-2 一 B-2 2) Find the reactions to girder G-2 (A3-D3). Start with beams B-1 and B-3, then girder G-4. The decking has a uniform load of 110 lb/ft2: Assume all beams are weightless.

The intensities I of two earthquakes are compared with the Richter scale magnitudes, M. log (I2/I1) = M2 – M1  How many times greater is the intensity of earthquake 2 with M2 = 8.0 than earthquake 1 with M1 = 6.0?   100 times   2 times   50 times

Use the Richter scale r=log 1/i0 to find the intensity of the following earthquakes (let i0=1) a. magnitude 7.6 earthquake in Peru (2015)  b. Magnitude 5.5 earthquake in Pakistan  c how many times more intense was the earthquake in Peru compared to the one in Pakistan

y " Discuss the different sources of size effect. Describe energetic size effect in fracture using two different sizes of a plate with a center notch. Explain the significance of plate thickness.

8. The energy released đuring an earthquake can be calculated using the formula E(M) =(10'")“, where E is the energy in kWh (kilowatt hours) and M is the magnitude of the carthquake. a. The magnitude 9.5 earthquake in Southern Chile on May 22, 1960 is thought to be the strongest earthquake that has ever occurred. Use the formula above to caleulate the energy released during this earthquake. Express the answer in scientific notation, to the nearest tenth. b. An earthquake of magnitude 3 may not be felt or noticed by most people. Calculate the energy, to the nearest tenth, that is released during an earthquake of this strength. ( c. Compared to a magnitude 3 carthquake, how many times greater was the energy that was released during the 1960 earthquake in Chile? d. An earthquake that occurred in Central Canada in 2010 released approximately 30 000 000 kWh energy. Find the magnitude, to the nearest whole number, associated with this carthquake.

Yellowstone Volcano Choose... Mix and Match: Match the appropriate term to its definition. Scientific Method Choose... Choose... Scientific Hypothesis Mathematical equations often explain these. The step in the scientific method that follows objective How science research begins. Scientific Law Explains interrelated aspects of the natural world A process required by scientists who do research. Scientific Theory Curiosity Choose...

A glacier in Republica was observed to advance (h)5______ inches in a (i)____71_______ minute period. At that rate, how many feet will the glacier advance in one year? Use dimensional analysis. Round your result to the nearest hundred. Use only the unit conversion reference sheet provided with the Numeracy Unit to find relevant conversion factors.                                               There is more than one way to complete the problem using dimensional analysis. Fill in as many fractions as you need to show your process. If you do not need all of the fractions provided, leave some blank. If you need more fractions, include them in the box below with your calculations. Don’t forget to round your result to the nearest hundred.                                                                                                                x   x   x   x   x

Recall the formula for calculating the magnitude of an earthquake, M = E Eo earthquake has magnitude 3.9 on the MMS scale. If a second earthquake has 800 times as much energy log One as the first, find the magnitude of the second quake. Round to the nearest hundredth. The magnitude of the second earthquake was Number

b. Under what condition is a material or a rock mass considered to: i. Have positive Poisson’s ratio ii. Have negative Poisson’s ratio iii. Possess planar discontinuity iv. Exhibit positive deformation v. Exhibit negative deformation?

4. Assuming there are no major changes in either the discharge of the river or the slope of the channel, which image shows the most likely course of the river in 500 years? Original river %3 A O A. Image A O B. Image B OC. Image C D. There is no way to determine which image is most likely

R Sea Surface O Sec Semod The above figure indicates an echogram of a seamount. What is the depth at the peak near 14272? O 2000 m O 1875 m O 1500 m O 3250 Twoway Travel Time Secnd 17312 4272 CI

20210518142342788.pdf sers/kerli/Downloads/20210518142342788.pdf 2. Starting from one oasis, a camel walks 25 km in a direction 30° south of west and then walks 30 km toward the north to a second oasis. What distance separates the two oases? 15 km a. b. 48 km C. 28 km 53km 55km d. e.

1) Distinguish between the mantle and the inner core. 2) Explain in your own words how the Earth's layers were formed. 3) Explain what cause the mantle to "flow"? 4) What are the two main metals that make up the outer and inner core?

3. A pipe carrying water splits into two pipes. Water flows into the pipe on the left at a rate of 3 gallons/minute. Water flows out of the top pipe at a rate that is 1/2 of that flowing out of the bottom pipe. What is the rate of water flow in gallons per minute out of both pipes on the right? (show your work) 3 gal/min Figure 1 ½R R