8.Which statement below best characterizes the thermohaline crculation model?a.Cold fresh water from the poles flows on the surface to the equatorb. Salty water at the equator cools on the surface and sinks vertically to the ocean floorC.An Influx of fresh water Into the oceans could Increase the circulationd. Water temperature and density differences drive the clrculatlon model9.if the overburden denslty Is 2300 kg/m estimate the effectIve stress at 4 km depth?58.86MPAb. 41.16 MPac. 7398.7 psld.-3763.2 pst10. The statistical relationship between the magnitude and frequency of geologic events Isa. Inversely proportionalb. directly proportlonalunpredictable4nversely proportional, but only at low magnitudesC.11 With respect to the glant plenets, the terrestrial planets;are rich In fron and.magneslum and poor in volatilesare ooor In Iron and magneslum and rich In volatiles3.

Note:- Hi! Thank you for the question As per the honor code, We’ll answer the first question since…

8. Which statement below best characterizes the thermohaline drculation model? a. Cold fresh water from the poles flows on the surface to the equator b. Salty water at the equator cools on the surface and sInks vertically to the ocean floor C. An Influx of fresh water Into the oceans could Increase the circulation d. Water temperature and density differences drive the clrculation model

8. Which statement below best characterizes the thermohaline drculation model? a. Cold fresh water from the poles flows on the surface to the equator b. Salty water at the equator cools on the surface and sInks vertically to the ocean floor C. An Influx of fresh water Into the oceans could Increase the circulation d. Water temperature and density differences drive the clrculation model

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

If you inflate your car tires at a garage near Lake Arrowhead (elevation: 5107 ft) and the average pressure reading was 40.0 psi, what would be the average pressure reading when you arrive at Cal Poly Pomona (elevation: 732 ft) two hours later? Assume that the atmospheric pressure linearly decreases as elevation increases at -1.0 psi per 1000 ft. O 41.0 psi O 44.4 psi O 35.6 psi O 39.0 psi
I need the answer as soon as possible
I need the correct answer
show complete solution, include formula used and label each given,
in figure below , a flow net is showing underneath a reinforced concrete dam .the permeability (k ) of the soil underneath the dam is 5*10 " m/s. Find the flowing: |a-the rate of seepage in m’/s if the dam is 350 m in length. b-the volume in (m3) of water loss underneath the dam in one year . the pore water pressure (u) at location A ,B ,C, D. -7 15 m A 30 m 18 m 12 m 10m
List in order of least to greatest magnitude in terms of a contaminant moving through the subsurface: i) Advection, ii) Mechanical Dispersion, and iii) Molecular diffusion
E.fluids.
A 1220 mm-diameter ISI pan, with a depth of 255 mm, was fully filled and was used to simulate the evaporation rate of a reservoir with a surface area of 230 hectares. After 24 hours, the depth of the water dropped 7 mm. What is the daily evaporation of the reservoir and the water evaporated from the reservoir for a month (1 month = 30 days).
Consider a laminar flow over a flat plate of length L= 1 m. The boundary layer thickness at the end of the plate is for water and Sa for air for the same free stream velocity. If the kinematic viscosities of δω water and air are Sw is δα 1 x 10-6m²/s and 1.6 x 10-5 m², respectively, the numerical value of the ratio,
Through the water displacement method, 400 cm? of oxygen was generated and collected. The barometric pressure was 725.6 mm Hg and the temperature was 25°C. What would be the volume of the gas if it were collected dry at STP?
Problem 3. (15pts) Complete the following questions by analyzing the Water Phase Diagram. a) Water is heated from its initial condition (7=60°C, P=0.8atm) under constant pressure to the water vapor equilibrium curve. Specify the temperature and pressure at that equilibrium point. b) Water is depressurized from its initial condition (7=60°C, P=0.8atm) under constant temperature to the water vapor equilibrium curve. Specify the temperature and pressure at that equilibrium point. c) You are boiling water near the top of Longs Peak (P=0.6atm). At what temperature of the liquid water will the water begin to boil? d) While boiling water on Longs Peak, is it possible to heat the liquid water to a temperature above your answer in part c)? Explain.
Given the following conditions: air permeability (k) = 10−7 cm2, radius of extraction well (Rw) = 5.1 cm, radius of vacuum influence (RI) = 12 m, vacuum pressure (Pw)=0.90atm (i.e., 9.09×105g/cm-s2), and air viscosity = 1.8 × 10−4 g/cm-s. (a) Find the airflow rate per unit thickness of well screen Q/H by using graphical solution and applying equation solution to verify. (b) If the well is screened to the entire contaminated zone of 5 m, what is the airflow rate in cfm? Does this flow fall in the ideal range of 100–1000 cfm?