During April, a watermelon was planted in Italy and harvested in July. By the end season where p = 0.35 in June, the June monthly mean maximum Pand minimum temperatures were 19.0°C and 27.0°C. calculate: The daily Blaney Criddle evapotranspiration if the crop coefficient in June = 0.75 Question 1 mm 18.71.a O mm 5.39.b O mm 6.55.c O mm 4.91.d O Use a Blaney-Criddle equation to calculate the coffee crop ET in mm/day if the farmer has a land located at latitude 60° where p =0.41 in June, and the mean temperature is 24°C. Assume that the coffee crop coefficient is 0.8 Question 2 6.28.a O 15.32.b O 1.53.c 7.85.d O

During April, a watermelon was planted in Italy and harvested in July. By the end season where p = 0.35 in June, the June monthly mean maximum Pand minimum temperatures were 19.0°C and 27.0°C. calculate: The daily Blaney Criddle evapotranspiration if the crop coefficient in June = 0.75 Question 1 mm 18.71.a O mm 5.39.b O mm 6.55.c O mm 4.91.d O Use a Blaney-Criddle equation to calculate the coffee crop ET in mm/day if the farmer has a land located at latitude 60° where p =0.41 in June, and the mean temperature is 24°C. Assume that the coffee crop coefficient is 0.8 Question 2 6.28.a O 15.32.b O 1.53.c 7.85.d O

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

please solve question 1, Irrigation
please solve question 1, principles of Irrigation
Hydrological Cycle For latitude 35° North; mean minimum and maximum temperature in the month of April is 19.5°C and 27.5°C respectively and mean daily percentage of annual daytime hours is 0.29. The crop evapotranspiration in mm/ day, for the month of April using Blaney Criddle method will be. A) 5.45 mm/day B) 4.92 mm/day c) 5.98 mm/day D) 6.45 mm/day
Determine the reference evapotranspiration for a given day using the Penman-Monteith method given the following data: Tmax = 33.5oC γ = 0.067 kPa/oC Tmin = 22.5oC Ra = 29.6 MJ/m2/day Tdew = 23.0oC N = 11.2 hours z = 75.0 m n = 5.4 hours Latitude = 16.0 oN G = 0 u2 = 11.0 km/day
Three tanks are installed side by side in a field to measure the evapotranspiration of rice. Tank A is bottomless and is cropped. Tank B is bottomless but is uncropped. Tank C has a bottom and is uncropped. If the water losses after 2 rainless days are as follows: Tank A - 15.45 mm Tank B - 8.93 mm Tank C - 5.9 mm The actual crop evapotranspiration in mm per day is Answer:
9:10 1 1 4 7 +/- 2 5 8 Question 19 of 20 The hydroxide ion concentration in a solution of NaOH is 2.0 x 10-¹ M at 25 °C. What is the pH of this solution? . 3 60 9 O .5G Tap here or pull up for additional resources Submit XU x 100
Given the following data using Thornthwaite method: Month Temp (°C) Jan Feb Mar Apr May Jun Jul Aug S 19 24 15 28 25 24 15 18 2 %Sunshine 61 62 76 70 69 55 73 56 7 Estimate the potential evapo-transpiration for the month of July in mm/month.
The duration of activity 10-30 is: * 17 T=8 20 40 T=8 10 60 T=9 T=4 T=6 30 50 T.F.=4 6. 10 8
BOD Suspended solids chemical oxygen demand TKN Total phosphorus Ammonia Calculate Volatile Suspended Solid concentration. 270.7778 mg/l 312.3143 mg/l 585.8571 mg/l 63.50278 mg/l 10.95833 mg/l 45.37143 mg/l
Hydrology. Show complete solution
Q
Solve both questions 4&5