Q1/By Using modified Blaney- Criddle method (prof. Najeeb kharrufa) for rice crop has growing in a farm at the climate condition are tabulated below the season consumptive use (Cu) is : Month April May June T(C) 28 30 35 P % 9.5 9.7 9.7 A- 31.54 cm O B- 96.85 cm

Q1/By Using modified Blaney- Criddle method (prof. Najeeb kharrufa) for rice crop has growing in a farm at the climate condition are tabulated below the season consumptive use (Cu) is : Month April May June T(C) 28 30 35 P % 9.5 9.7 9.7 A- 31.54 cm O B- 96.85 cm

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 a kaolin plant to dry 20 tph pressure filtered kaolin containing 22% H2O. Dry kaolin moisture…

A: the given coin two external layers are made out of a 75 wt % cu 25% NI compound with…

Q: Compaction is the densification of soils by the expulsion of: O 1. All of the above. O 2. Air and…

A: Hi! Thank you for the question. As per the honor code, we’ll answer the first question since the…

Q: Ocall (actual) N/mm2 = Choose... + K12= Choose... + İyy = Choose... + Хуу Choose... Aww = ixx =…

A: Step 1:Step 2: Step 3: Step 4:

Q: Month Dates June 1-301 July 1-12 July 13-31 August 1-31 September 1-30 October 1-31 November 1-24…

Q: Eco-productivity is related to cleaner production. Select one. True False

A: Eco-productivity is related to cleaner production. This statement is True.

Q: gation how much water has been depleted from the soil? What depth of water should be applied if…

A: Given data Evaporation rate=8mm/day Application efficiency = 50%

Q: Estimate the leaching requirement when electrical conductivity (EC) value of a saturated extract of…

Q: Determine the consumptive use in cm/day for wheat for November 20, 2020 with the mean temperature of…

Q: Estimate the lea<hing requirement when electrical <onductivity (EC) valve of a saturated extract of…

Q: Q1:- discus the following sentence: - Most crops show significant signs of stress, such as wilting…

A: Wilting in crops is often a visible sign of stress, typically due to inadequate water availability,…

Q: (c) A dam project will be constructed in the London town. The laboratory test resultson a saturated…

A: Given data Wet mass Dry mass Initial volume Final volume

Q: (a) What is meant by "Canal falls"? Why are canal falls constructed in a canal system? Draw a neat…

Q: Q1 :The field capacity and permanent wilting point for a given 15 kg of soil are 36% and 13%,…

Q: Surface soil can fix H2PO4- at a rate of 25 mmol kg-1 in weathered soil. What rate of fertilizer (in…

Q: Compute for the (1) Hulling efficiency; (2) Milling recovery; and (3) Milling degree using the…

A: Given data • Total weight of sample = 320 grams• Weight of brown rice = 286.4grams• Weight of…

Q: If water plasticity ratio is 1 means. Then what the natural water cintent will be A. Plastic limt B.…

A: We know that, The liquidity index is also known as water plasticity ratio. So, here Water plasticity…

Q: Determine the SN if w18=10x10^6, R=99%, So=0.35, Mr=15,000, PSI Change=2.5. SN=

A: The given data is: w18=10x10^6, R=99%, So=0.35, Mr=15,000, PSI Change=2.5

Q: A 1:5 m STEP 1) 1. Magni huele of the Horizon hol componant of the forre AB - 2.5 89 A FH Fiq:…

Q: aday.cwith following test data ohtained A= 45.4cm, L=20cm (hı= 160.2 Cm, hz-43 an) per min. find the…

Q: A 5-m self-propelled combine makes an average stop of 4 min every time its 2-ton grain tank is to be…

Q: undisturbed sample is 6 cm in diameter and 10.61 cm high. The sample is oven-dried for 24 hr at 110…

Q: One of the student wanted to analyse phosphate ion concentration in Fertilizer industry wastewater…

A: Mixed solution - 200ml of unknown molarity of waste water+ 400ml of 0.02M K3PO4Let the concentration…

Q: Calculate the rates of seasonal consumptive use and periodic consumptive use during the two…

A: Given Data : Crop Name = Mustard Maturation Period = 120 days Root zone depth (d) = 75cm Bulk…

Q: Example. Following observations were made on 4% dilution of waste water: no. of aerated water used…

A: Given data: Dilution percent=4% DO of aerated water=4 mg/l DO of diluted sample after 5 days…

Q: Two tons of paddy with 22% moisture content on wet basis is to be dried to 13% moisture content on…

A: To determine: Weight of bone dry products and water evaporated.

Q: 1. Percent passing on sieve 600um Weight Individual Cumulative Percent Sieve Retained Percent…

A: Given Seives size and weight retained on each seive. To Determine Percent passing on seive 600um

Q: 2. The data in Figure 1 and Table 1 will be used in the following problems μοιο μακα και ναι και…

Q: 4. A power shift tractor is excavating tough clay and pushing it a distance of 95 feet. Maximum…

A: Distance = 95 ft Speed: First range=3 mph Second range = 5 mph Third range = 8 mph Blade capacity =…

Q: Irrigation water is to be provided to a crop in a field to bring the moisture content of the soil…

Q: 8.7. Plot an adsorption envelope with error bars using the data in the table presented here, which…

A: Given data for the following nNO3 (mmol/kg) pH nNO3 (mmol/kg) pH 6.6 ± 0.3 2.5 3.5 ± 0.3 3.9…

Q: Q2-1/ An agricultural farm is cultivated by crops. Available data are: dR = 1.8 (m), A = 50…

A: Agriculture area (A) = 50 ha. Depth of root zone (dR) = 1.8m Water content at permanent welting…

Q: During a particular stage of the growth of a crop, the consumptive use of water is 2.8 mm/day. The…

A: Given :-Consumptive use, Cu = 2.8 mm/dayDepth of available water, d = 80 mmAmount of water available…

Q: Data on a simple summit mass diagram: STA 0 +000 -80 0 + 500 -130 Initial point of limit of freehaul…

A: Hauling the ground: When a new roadway or similar project is to be constructed, its existing ground…

Q: 6.c. Between soil A and soil B in Figure 1, which one is more suitable for use as a fill material…

A: For fill in waste storage facilities, clayey soil is preffered as it has more finer particles and…

Q: Given a grain-size distribution and Atterburg limits below: The soil is classified as:

A: Step1:Look at the % passing through sieve no 200=30<50%⇒COARSE GRAINED SOILStep2:Look at the %…

Q: (a) After how many days will we supply water to the soil in order to insure sufficient irrigation of…

A: Solution- Available moisture for the plant=Fc-M∘ Fc=Field capacity M∘=permanent willing…

Q: Va 2:(A) On testing the water content for asoil Sample, we have got the followpng date wI = 58.7 gm…

A: given values are w1=58.7gm w2=108.7gm w3=105.1gm

Q: Tomatoes with a 1.22m root zone are grown on a sandy loam soil. The soil allowable water is…

A: Given data- root zone depth=1.22 msoil allowable water=9.68 mm/mevapotranspiration E=6.35…

Concept explainers

Landfills

The landfill is a site used for the disposal of waste materials. The landfill is a solid waste facility that is often known as a dumping ground. The image below shows a landfill site in Hawaii. Landfilling is the most ancient and common method used for the disposal of waste. For the landfill, a deep trench is constructed in an isolated place away from the city. The trench for landfills is designed properly after analyzing the total population and the waste generation per capita. The waste is dumped into the trench and after every layer of waste, a layer of soil is spread on the top of it.

Question

Q1/By Using modified Blaney- Criddle method (prof. Najeeb
kharrufa) for rice crop has growing in a farm at the climate
condition are tabulated below the season consumptive use (Cu) is :
Month
April
May
June
T(C )
28
30
35
P %
9.5
9.7
9.7
A- 31.54 cm
B- 96.85 cm
c- 25.88 cm
C- 98.45 cm

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 3

VIEW

Step by step

Solved in 3 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

Complete the table asap
Determine the SN if w18=10x10^6, R=95%, So=0.20, Mr=10,000, PSI Change=1.5. SN=_____
Results from the Afterberg Limit Test. > Liquid Limit TEST NUNGER Numbe Weg Weght of dry sol contaner Wecht of contaner, gm Weight of water,gm Weight of dry soi.m Water content 14 23 12 38 20 21.27 1878 187 2210 13.20 yoer of BlS container gm 21.29 19.44 12.74 1327 > Plastic Limit and Natural Water Content NATURAL WATER CONTENT PLASTIC UMIT TEST NUMBER 2280 1753 1454 23:20 1597 Number of Blows Weght of wet sol- contaner om Weght of dry sol- contaner.om Neghtofe Waght of waler, g Wecht of dny sol gn Wazer content Average. % Determmine the following: Flot the woter.content e) versus number obows.ono.oescae goph (manualy) b) Ligulo limt of the sol c) Plostic imit of the sol Ugudty index of the sol
Results trom the Atterberg Limit Test. > Uguid Limit TEST NUMBER Number of Blows Weight of wet sol• container, gm Weight of dry sol- container, gm Weight of container, gm Weight of water, gm Weight of dry sol. gm Water content% 2 29 21 29 18 78 13 24 14 26 12 22 10 1327 38 2247 19 44 12 74 20 21 27 18.75 13 20 > Plastic Limit and Natural Water Corrent NATURAL WATER CONTENT PLASTIC LIMIT TEST NUMBER 2 Number of Blows Weight of wet soll• container, gm Weight of dry sol- container, gm Weight of contaner, gm Weight of water, gm Weight of dry sol m Water content% Average, % 23 20 20 42 12.90 2280 20 19 12 96 17 53 14.84 950 16 97 14 36 955 Determine the following: o) Plot the water content versus number of blows on a log scale graph (manually) b) Uquid limit of the sol c) Plastic limit of the soll d) Liquidity index of the soll
Civil.irrigation,
Compute the sonic velocity of
Given the following soil and crop data are provided:• Area to be irrigated = 50000 m2• Soil: medium texture, loam• Crop: Millet with peak daily water use = 6.2mm/day• Soil moisture at field capacity = 30 cm/m• Soil moisture at the permanent wilting point = 15 cm/m• Allowable portion of available moisture permitted for depletion by thecrop before the next irrigation = 50%• RZD = 80 cm• Soil infiltration rate = 5.6 mm/hr• Irrigation efficiency = 75%• Operation time per day: 2 shifts per day operating at 600 minutes pershiftDetermine:Available moisture.Net depth of water application per irrigation.Irrigation frequency. Gross depth of water application.System capacity.
Q2: Wheat is to be grown in a field having a field capacity equal to 27% by weight and the permanent wilting point is 13% by weight. Find the maximum storage capacity in 80 cm depth of the soil (root zone depth), if the apparent specific gravity of the soil is 1.5. If irrigation water must be supplied when the average soil moisture falls to 18%, find the water depth required to be supplied to the field if the water application efficiency is 80%
From a one hectare farm, 150 bags (50kg/bag) of palay were harvested with moisture content of 26%MCwb. If it will be dry to 14%MC, determine how much water will be removed from drying?
1. 60,000 lb of shelled corn at 22 per cent moisture content (wet basis) are to be dried to 13 per cent moisture content. Determine: a. The dry-basis moisture contents. b. The amount of dry material. e. The gallons of water to be removed.
FOI??