Calculate for the liquid pressure experienced using the equation: P=pgh solve in GRESAJ format height = 7.10 feet Flood density is generally assumed to be 62.4 g/mL regardless of the amount of debris. Cement can withstand a pressure of ≈ 28728.2 Pa

Calculate for the liquid pressure experienced using the equation: P=pgh solve in GRESAJ format height = 7.10 feet Flood density is generally assumed to be 62.4 g/mL regardless of the amount of debris. Cement can withstand a pressure of ≈ 28728.2 Pa

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Q: For the given amount of (weight of cement =120gm and w/c ratio=0.48, degree of hydration=50%), the…

A: To determine the volume of hydrated cement. Given, Total weight of dry cement, Wtc = 120 gm…

Q: Problem: A project you are a part of would have to pour a slab on grade (SOG) with an area of 1.5m x…

Q: Q-5 Calculate the quantity of the cement required in cubic meter for 10 square meters of cement…

A: given- 10 m2 cement plaster12 mm thickness1:6 cement mortar ratio

Q: Given the calculated volume of concrete for Suspended Concrete Slab of 4,788.47 cu.m. on an…

A: Given Data:The total volume of concrete is 4788.47 cu.mThe proportion for Class AA mixture of…

Q: For the given amount of (weight of cement =120gm and w/c ratio=0.48, degree of hydration=50%), the…

A: Given data:- The weight of the cement, =120 gm The given water-cement ratio, =0.48 The degree of…

Q: ompressive strength 50 MPa at 28 days; Defec n class 42.5; Slump required = 30-60 mm; e size = 10…

A: 1 maximum aggregate size crushed =10mm w/c for slimp =30-60 mm2 cement content =water content…

Q: Determine the required mass of ingredients to make a 1587.6 kg batch of nonair-entrained concrete…

A: Given- m=1587.6Kggravel size=12.5mm

Q: Draw two curves, the first between the water-cement ratio and the amount of precipitation, and the…

A: Two Curves are as follows:

Q: Questions 1. What is the soundness of cement? 2. What is the purpose of soundness test? 3. How is…

A: There are various physical and chemical properties of cement, which affect the setting time,…

Q: b) The results shown in table I were obtained from the laboratory in carrying out a marshall's…

A: Given :

Q: volume of cement equal to*

A: Given : Weight of cement = 200 W/C ratio = 0.5 Volume of cement = ?

Q: Shape Designation Length (MM) Width (MM) Height (MM) G1 300 500 4000 C1 400 400 3200 C2 300 300 3200…

Q: The amount of cement required for 100 m² area, of damp proof course with 2.5 cm thickness, in with…

A: Area A=100 m2Damp proof course thickness t=2.5 cm=0.025 mConcrete grade = 1 : 2 : 4 (cement : sand :…

Q: Fineness of Cement

Q: Explain the codal Procedure of determining the Compaction factor of concrete. Determine the the…

A: Compaction factor test procedure; Firstly -Place the concrete sample gently in the upper hopper to…

Q: Given the following data: Slump Requirement = 4" ements Max. Aggregate Size = 1.0" nts Water/cement…

A: Solution: Given; Mass of cement = 350.91 kg/m3 Water/cement ratio = 0.55 Mass of coarse aggregate =…

Q: you are part of would have to pour a slab on grade (SOG) with an area of 1.5m x 2.4m with slab…

A: The given data is: Slab area=1.5 m*2.4 m Slab thickness=150 mm=0.15 m Mix ratio=1:1.5:3

Q: Calculate the maximum. uniform service live load (in kN/m) that can be applied to the beam before…

A: Area of section = b x h = 0.329 x 0.539 Let service load be ws.

Q: Ch.11 Q 57 WWF. The slab in Problem 56 is reinforced with wire mesh. Determine the number of rolls…

Q: Tabulation 3 Weight of Cement Weight Cement Sample Sample (W1) 100 gm Fineness of Cement Sr.No.…

Q: A batch of concrete consisted of 204.42 lbm fine aggregate, 269.68 lbm coarse aggregate, 107.79 Ibm…

Q: 1. In order to determine the particle size distribution of a soil/aggregates, what type of test…

A: 1A: a) Sieve analysis (wet and dry methods of sieve analysis) (for coarse 75mm to 4.75mm and for…

Q: 14. Calculate the amount of cement required in cumec for 100 sqm DPC of depth 2.5 cm, Grade 1:2:4.

A: given- 100 sqm DPCdepth 2.5 cmGrade 1:2:4

Q: Calculate the density and the yield of cement slurry produced. ii. What is the volume of water in…

Q: want an introduction to the concrete compaction experiment 2. Why is the compaction factor a good…

A: Ans-1) Concrete Compaction Experiment- A concrete compaction experiment is done to determine the…

Q: 1. In order to determine the particle size distribution of a soil/aggregates, what type of test…

A: Answer: 1. To determine the particle size distribution of soil/aggregate sieve analysis or gradation…

Q: HW1- It is required to design a M20 grade concrete mix having a slump of the order of 25 mm for…

A: M20 grade concrete Moderate exposure condition Standard deviation (S) = 4.8 MPa

Q: 6% (Q.5) Discuss the influence of plastic shrinkage of concrete? How can control of plastic…

Q: In road pavement design, the standard vehicle axel is defined as an axel with two single wheels as…

Q: 28 day compressive strength = 30N/mm2 Standard deviation = 5N/mm2 Nominal cover to steel…

A: Solution:- Given,

Q: A batch of concrete consisted of 188.54 lbm, fine aggregate, 348.42 lbm, coarse aggregate, 100.23…

Q: Pick out all the correct statements from the following 1. Unsoundness of cement can cause cracking…

A: (1) It is incorrect statement Unsoundness of cement can cause cracking and even failure if the…

Q: A batch of concrete consisted of 191.38 lb,m fine aggregate, 282.01 lbm coarse aggregate, 118.99 lbm…

Q: Given properties of cement, sand and gravel is presented in the table below: Specific Density,…

Q: Tabulated results for fineness of cement are shown below. Which tabulation/tabulations contorms with…

Q: compute the finesnnes and average of the cement

Q: Calculate the density and the yield of cement slurry

Q: 13. Refer to Figure 3.1 attached. In the flexible pavement design example illustrated in the figure,…

A: Given: Estimated total 18 kips equivalent single axle load application, W18 = 2,000,000 To find: The…

Q: Q2 In a (pre-mixing) concrete plant, where there is a conic shape silo of diameter 4.8 m and of…

A: Shape of Silo :- Cone Diameter of cone, Height of cone, Depth of available-existing cement,

Q: Given the following data: Slump Requirement = 4" ements Max. Aggregate Size = 1.0" nts Water/cement…

A: Mass of cement = 350.91 kg/m3 Water/cement ratio = 0.55 Mass of coarse aggregate = 1072 kg/m3 Total…

Concept explainers

Types of Cement

Cement is a fine mixture of limestone, chalk, or marl and clay which when mixed with water, becomes compacted due to the formation of strong molecular bonds. Due to hydration, cement turns into a hard mass when left for a sufficient amount of time upon mixing with water. The water turns the cement compounds into gel-like submicroscopic particles having higher surface areas. It is due to the hydration properties of cement, they are often known as hydraulic cement. For instance, Portland cement is a popular example in this category.

Question

Calculate for the liquid pressure experienced using the equation: P=pgh

solve in GRESAJ format

height = 7.10 feet

Flood density is generally assumed to be 62.4 g/mL regardless of the amount of debris.

Cement can withstand a pressure of ≈ 28728.2 Pa.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

Q Calculate the quarlity cement required in m for plaokering of mix of a wall of 5x4m with 12 mm thick plaoler 1:6.
Please help in this
3-day and 1-year hydration temperatures according to the cement types given below. calculate. The results that these cements achieve strength gain Please explain the reasons in line. Cement A, C3S: %55, C2S: %26, C3A: %10, C4AF: %9, Cement B, C3S: %45, C2S: %36, C3A: %10, C4AF: %9 3-day hydration heat (J/g) = 240 x C3S + 50 x C2S+ 880 x C3A + 290 x C4AF; 1 year heat of hydration (J/g) = 490 x C3S + 225 x C2S+ 1160 x C3A + 375 x C4AF;
-Among 30/40 and 80/100 grades which is harder bitumen?-What is the effect of higher test temperature?-What is the effect of higher pouring temperature?
Calculate the 3-day and 1-year hydration heat values for the cement types given below. Comment the strength development for both cement types. Explain with the reasons.
QUESTIONS FOR OUTPUT: In determining the time of setting of hydraulic cement, tabulate the difference in using the VICAT NEEDLE and GILMORE NEEDLES.
Q3:(a) what are the most important types of Cement? (b) If weight of Cement (350) kg/m3 and water to cement ratio (W/C) = 0.5 The mixing ratio (1:2:3). Find the weight of material need to cast (5m3) ? (Note: Density of cement, Sand and Gravel are (1400, 1600, 1700) kg/M3 respectively
30
A heavily reinforced retaining wall is to be constructed and you are asked to design a concrete mixfollowing the ACI methodology. The concrete mix specifications are:o Characteristic compressive strength of 30 N/mm 2 at 28 days.o Failure rate of 1%o Previous control data yielded a standard deviation of 2 N/mm 2o Air-entraining is required for extreme exposureo Minimum cement content 450 kg/m 3o Required slump 160 mmo Maximum aggregate size 10 mmo Fineness modulus of aggregates is 2.90o Dry rodded mass of coarse aggregates is 1650 kg/m 3o Relative density of aggregates: 2.5o Coarse aggregate has 3% moisture.o Fine aggregate has 4% moisture.o Volume of the required trial mix: 18 m 3 Following the ACI step-by-step process estimate the cement content of the mix, the total mix quantities required for this project and Using the ACI volumetric approach, provide the estimated mix quantities for the above specifications and comment on any differences between the mass approached followed in the…
compute the fineness and average of the cement
Express the answers in the nearest three decimal numbers. NOTE: Refer to MM = 07 and DD = 26
Given the following data:Slump Requirement = 4"Max. Aggregate Size = 1.0"Water/cement Ratio = 0.55Mass of Cement = 350.91kg/m3Mass of the Coarse Aggregates= 1072 kg/m3Total Mass of the Concrete2375 kg/m°Compute for the mass of FineAggregates