This new Grenache vineyard that your company purchased has no paperwork describing the irrigation system. You measure the rows at 10 feet apart and the drip emitters at 3 feet apart. When you first turn of on the system, you place measuring containers under 25 different emitters - the average emitter has an output of 0.5 gallons per hour. How many gallons per acre per hour is that? How many gallons can your system apply in a 24 hour period? How many inches is that (27,154 gallons in an acre inch)? The previous owner told you he put on 96 hours of water after harvest last year, to prepare the vines for winter - how many inches is that? If this block typically receives 22 applications of water per year, that are 24 hours each, how many gallons of water is that per acre per year? How many feet is that per acre per year (325,851 gallons in an acre foot)?

This new Grenache vineyard that your company purchased has no paperwork describing the irrigation system. You measure the rows at 10 feet apart and the drip emitters at 3 feet apart. When you first turn of on the system, you place measuring containers under 25 different emitters - the average emitter has an output of 0.5 gallons per hour. How many gallons per acre per hour is that? How many gallons can your system apply in a 24 hour period? How many inches is that (27,154 gallons in an acre inch)? The previous owner told you he put on 96 hours of water after harvest last year, to prepare the vines for winter - how many inches is that? If this block typically receives 22 applications of water per year, that are 24 hours each, how many gallons of water is that per acre per year? How many feet is that per acre per year (325,851 gallons in an acre foot)?

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

An oil and water of equal parts is poured in a hemispherical bowl. The oil settling above the water. If the segment of the oil is 4 inches, the total depth of the mixture is 12 inches. find the diameter of the bowl. O 14.6 inches O 7.3 inches O 14.7 inches O 29.3 inches
A soil test recommends applying 249 lbs N per acre. Using a 44-6-22 fertilizer, how much K2O was applied? Round your answer to nearest whole number.
Determine how much extra volume is needed to treat the following wastewater in a CSTR than in a plug flow reactor. • Influent TOC: 273 mg/L • Required Effluent TOC: 57.0 mg/L • Flow: 792,500 gallons/day • First Order Microbiological Rate Coefficient (k’): 5.98/day Answer: 295,000 gallons 2. Discuss in detail at least two ways the k’ value may have been obtained and which technique is probably more accurate?
Conclusion about learning DETERMINATION OF EVAPOTRANSPIRATION and estimating the evapotranspiration using FAO Penman-Monteith,Modified Penman, Jensen-Haise, and Hargreaves, and how will you apply this as an agricultural engineering student
1. A mixture consisting of 30 mL of waste and 270 mL of seeded dilution water has an initial Do of 8.55 mg/L; after 5 days, it has a final DO of 2.40 mg/L. Another bottle containing just the seeded dilution water has an initial DO of 8.75 mg/L and a final DO of 8.53 mg/L. Find the 5-days BOD of the waste.
Problem 3 - Eagle Engineering has designed an electromagnetic pump to pump liquid sodium. The sodium moves through a pipe at A with pressure of 20 psig, then passes through the rectangular duct where it is pumped by an electromagnetic force giving it a 25-ft pump head. The liquid sodium emerges at B through a 2-inch-diameter pipe. Eagle Engineering needs to determine the value of the restraining force (F) on each arm to keep the pipe stationary. Determine this value for Eagle Engineering. For liquid sodium use a specific weight of 53.2 Ibr/ft³ B 15 ft/s
Coming home after the end of the winter semester, you find that your family’s swimming pool has not be maintained well. In particular, it has no chlorine residual at all, and it is full of tree leaves. You buy a concentrated chlorine solution (1% as Cl2) and begin to meter it into the pool at a rate of 100 mL/hour. The pool has a volume of 200 m3. You also add new water, and remove in-pool water, at a rate of 3.785 L/minute. The chlorine reacts with the organic matter in the with a rate of 0.5/hour. How long will it take to get the Cl2 residual up to 1 mg/L if you add Cl2 continously.
Hello can you help me answer the following question? Thank you The local municipality wants to use this well (the pumping well) as an irrigation water supply well and would like to pump the well at 2000 gal/min. There is a house (Jenny’s) on a well 210 ft away. This pumping would occur in the dry season (assume no recharge) of June, July and August. What would be the drawdown on Jenny’s Well by the end of August. Transmissivity T = 1746.76 gal/min/ft Hydraulic conductivity = 11.645 gal/min/ft2 Storativity = 0.809
Problem 2: Engineers sometimes use pipes as reactors in treatment plants. Suppose that the plant flow is 3.3ft3/s (about 2.1 million gallons per day, mgd) and a cylindrical pipe is to be used for disinfection.A. Draw a sketch of the system. Indicate the control volume by a dashed line. What kind of hydrodynamicmodel should you use for a pipe? What mixing conditions should you assume?B. Write the integrated mass balance equation for the pollutant in symbols at steady state. (“Integrated” meansthat your mass balance looks like: C = …) Define your symbols.C. For a pipe 3.5 feet in diameter and 50 feet long, what is the hydraulic residence time in minutes?D. For the pipe in Part C, what value of the first-order rate constant (in min–1) is needed to achieve a 99% removal of bacteria?
Please include a diagram. Thank you! You have a piping system in your plant that has gotten old and rusty. The pipe is 2-in. sched 40 steel, 6000 ft long. You find that it takes 35 hp to pump water through the system at a rate of 100 gpm. a. What is the equivalent roughness of the pipe?b. If you replace the pipe with the same size new commercial steel pipe, what percentage savings in the required power would you expect at a flow rate of 100 gpm?
Design a sprinkler irrigation system for tomato production area (Figure 1). The pump is located at the center of the field. Show ALL your solutions, assumptions and design considerations. 200 meters Figure 1. Layout pump 150 meters