Determine the monthly potential evapotranspiration during April for a crop grown in the Jordan valley provided that the farm is located at 300 N latitude (p=0.29), mean temperature (t) for April is 25 oC. and Kc =0.6 Question 1 mm 4.04.a O mm 140.6.b O mm 3.42.c O 99.2mm.d O For olive tree, what will be the crop evapotranspiration if the relative humidity in June is 59% and the mean temperature is 20.5°C, assume olive tree ?consumptive use coefficient is 0.7 Question 2 mm/month 106.95.a O mm/month 10.7.b O mm/month 152.78.c O mm/month 15.28.d O Calculate the depth of water (ET) in mm/day, assuming that the temperature is 19.7C and the available energy is 511 cal/cm2/day. Use the equation :( = 597.3 -0.564(T)} to estimate the energy required for water evaporation in (cal/cm3) Question 3 586.2.a O 511.0.b 8.71.c 0.87.d O

Determine the monthly potential evapotranspiration during April for a crop grown in the Jordan valley provided that the farm is located at 300 N latitude (p=0.29), mean temperature (t) for April is 25 oC. and Kc =0.6 Question 1 mm 4.04.a O mm 140.6.b O mm 3.42.c O 99.2mm.d O For olive tree, what will be the crop evapotranspiration if the relative humidity in June is 59% and the mean temperature is 20.5°C, assume olive tree ?consumptive use coefficient is 0.7 Question 2 mm/month 106.95.a O mm/month 10.7.b O mm/month 152.78.c O mm/month 15.28.d O Calculate the depth of water (ET) in mm/day, assuming that the temperature is 19.7C and the available energy is 511 cal/cm2/day. Use the equation :( = 597.3 -0.564(T)} to estimate the energy required for water evaporation in (cal/cm3) Question 3 586.2.a O 511.0.b 8.71.c 0.87.d O

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Concept explainers

Probability, risk and uncertainty analysis for hydrological design

It gives a framework that is financially critical for finding the exceptional designs of hydrological systems with a reduced cost in total inclusive of the project cost and the disaster mitigation cost. But there would be hardly any assessment of a decent quality damage function. Hence, errors in demonstrating the hydrologic events, incorrect model parameters, and so on may occur. Here, we will discuss a specific hydrological design that of a detention basin for studying and understanding the risk-based procedure, uncertainties, and probability analysis by following a systematic framework.

Question

please solve question 3, principles of Irrigation

Determine the monthly potential evapotranspiration during April for a crop grown in the Jordan valley provided that the farm is located at 300 N
latitude (p=0.29), mean temperature (t) for April is 25 oC. and Kc = 0.6
Question 1
mm 4.04.a O
mm 140.6.b O
mm 3.42.c O
99.2mm.d O
For olive tree, what will be the crop evapotranspiration if the relative humidity in June is 59% and the mean temperature is 20.5°C, assume olive tree
?consumptive use coefficient is 0.7
Question 2
mm/month 106.95.a O
mm/month 10.7.b O
mm/month 152.78.c O
mm/month 15.28.d O
Calculate the depth of water (ET) in mm/day, assuming that the temperature is 19.7C and the available energy is 511 cal/cm2/day. Use the equation
(>= 597.3 -0.564(T)} to estimate the energy required for water evaporation in (cal/cm3)
Question 3
586.2.a O
511.0.b O
8.71.c O
0.87.d O

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please solve question 1, principles of Irrigation