MQ_San Andreas (1)

Please Illustrate and Solve. thankyou

TRUE OR FALSE  PLEASE ANSWER NUMBERS 8-10 ALL. Thank u   8. It is advisable to build houses in reclaimed lands adjacent to bodies of water to prevent landslide and liquefaction that an earthquake may cause. 9.  10. On the same location, a sudden receding of water along the shoreline after an earthquake is due to gravitational interaction between the earth and moon.

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On April 25, 2015, an earthquake of magnitude 7.8 on the Richter scale struck Nepal. On May 12, 2015, a major aftershock of magnitude 7.3 on the Richter scale shook the same region. (Round your answers to two decimal places.) (a) How did the power of the first earthquake and this aftershock compare?

Question no 1 A)How Magnitude, Intensity and acceleration change with increasing distance from the source?   B) What kind of plate boundary is associated with the deepest earthquakes, and why? Q#2. Analyse the hazard curve in figure 1 and find out the probability of exceedance of a PGA 0.1g in 50years. Design life of structure is 50years

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Discuss seismic waves - discuss, enumerate types and illustrate body waves and surface waves.

A long-span suspension bridge is going to be built in an active seismic region. The structural earthquake engineer can choose the design ground-motion parameter with respect to three return periods: 475, 950 and 2,500 years. Which is the most suitable return period to select and why? What is the associated probability of the peak ground acceleration for the return period being exceeded?

E 5 A Tutorial 01.pdf A Topic 1.pdf * CE2211 2020_2_CE: CE 221 E conjugate beam assignmen CE2711 Fluid Mechanic X A Douglas J.F., Gasoriek J.M., -> O file:///C:/Users/Thavisha/Documents/SLIIT/Y2S1/zzz/2017/CE2711 Fluid%20Mechanics.pdf ... of 4 p E Fit to page CD Page view A Read aloud 2. Add notes Ш Freshwater and seawater flowing in parallel horizontal pipelines are connected to each other by a double U-tube manometer, as shown in Figure 1.3. Determine the pressure difference between the two pipelines. Take the density of mercury and sea-water at that location to be 13600 kg/m³ and 1035 kg/m', respectively. Can the air column be ignored in the analysis? (20 marks) Air Fresh- 40 cm water 70 cm Sea- water 60 cm 10 cm Mercury Figure 1.3 Double U-tube manometer arrangement Question 02 (50 marks) Briefly explain the reason for the origination of hydrostatic forces on submerged surfaces. (05 marks) I.

The figure below shows a portion of the shockwave diagram created by an incident. In Region I, the volume is 800 vehicles per hour and the density is 25 vehicles per mile; in Region II, the volume is 500 vehicles per hour and the density is 100 vehicles per mile; and in Region III, the volume is 1100 vehicles per hour and the density is 70 vehicles per mile. What are the speeds of shockwaves I-II and II-III?

A long‐span suspension bridge is going to be built in an active seismic region in Japan. The structural earthquake engineer can choose the design ground‐motion parameter with respect to three return periods: 475, 950 and 2500 years. Which is the most suitable return period to select and why? What is the associated probability of the peak ground acceleration for the return period being exceeded?

Compute the hydrostatic force and its location on semi-cyclindrical indention BCD shown. Consider only 1 meter length of cylinder perpendicular to the figure below.

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* View B Quizzes - ENGINEER 1EE0:Introdu x B Homepage - CIVENG 2004:Fluid x O assignment_4 (1).pdf Facebook O File | C:/Users/touqe/Downloads/assignment_4%20(1).pdf Problem 3. Water is being drained from a circular tank with diameter D = 1 m through 8 cm (Fig. 3). Initially, the water level 2 m. Apply a hole at the bottom of the tank with diameter d in the tank (measured from the water surface to the center of the hole) is h Bernoulli's equation to find the amount of time it takes for the water level in the tank to drop to h = 0.6 m. State all your assumptions. Calculate the Reynolds number associated with water flow at the outlet. Is your assumption justified? Figure 3: Water is being drained from a large circular tank. 3:42 PM Type here to search ^ G O 4× ENG 99+ 2020-03-10

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Please answer question 4

Will a building collapse after being underwater for to long?

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Applications and Significance of Free and Forced vortices in Civil Engineering. Give at least one real life example

Subject: Engineerings Economics Topics:1. Declining Balance Method (DBM)2. Double Declining Balance Method(DDBM)3. SYD4. Service Output Method5. Uniform Arithmetic Gradient( one problem) Please help me to solve this in step by step manner. Make sure to analyze the question well.BOX your final answer   Question:  An earth moving equipment that cost P90,000 will have an estimated salvage value of P19,000 at the end of 7 years, Using double-declining balance method, compute the book value and the total depreciation at the end of the 2nd year.

What is the time Rate of Capillary Rise?

Please help me with this question. This is for review purposes. Thank you!

Why laser plummets have replaced the optical plummet in some instruments?

a) Calculate the degrees of indeterminacy and show the condition of each structure [i.e., stability condition (stable/unstable), determinacy (Indeterminate/determinate)] Pin 800 KN 400 KN 8m GEMOZION 16 m 20⁰ W=20 plf 30' 10 m 10 m P=200 lbs 7770777

[CE Hydraulics] Using illustrations, explain the practical use of creating a hump or a sudden drop in the bed of a channel.

A 30-m-long vessel, with cross section shown in below, carries a load of 6000 kN. How far will the water level be from the top of the vessel if its mass is 100 000 kg?

Question - Determine the transmission paths of sound, from building services systems, through different forms of structure

Part C: Solve the following problems (50 Points): 1) A thin 40-cm x 20-cm flat plate slides on oil (u= 0.027 N.s/m²) over a large plane. What force F is required to drag the plate a velocity of 5 m/s, if the thickness of the separating oil film is 1 mm? Oil - Plate F,v Fig.1: Problem 1.

subject: Fluid Mechanics II Question: What is weir and draw the profile of weir? Sir, please answer completely.

Discuss the difference between an accident and a hazard over an activity of your choice and why?. In your own words, at least 2 paragraphs.

What do you know about the love wave and Rayleigh waves?