Explain why it is said that the volume of water in the hydrologic cycle is almost constant? (10-12 sentences).
Q: Engineering Fundamentals – An Introduction to Engineering 6th Edition – Saeed Moaveni Chapter 9…
A: Given Information:Intake of water in both of the tank = 2 kg/sVolume of each tank = 14 m3Density of…
Q: Calculate the pressure increase that must be applied to water to reduce its volume by 2%.
A: We have to Calculate the pressure increased that must be applied to water to reduce its volume by 2%
Q: Table 1. Reservoirs in the Hydrologic Cycle. 15 Reservoirs Oceans Mass of Water in 10 kg Approximate…
A: Stock and Flow Diagram:
Q: An open cylindrical tank having a radius of 0.35m and a height of 1.6m is full of water. How fast…
A: Schematic diagram of the given problem as per the given statement: Calculate the value of Z: Total…
Q: SITUATION: An open cylindrical vessel 1.3 m in diameter and 2.1 m high is 2/3 full of water. If…
A:
Q: Current Attempt in Progress When a hydrometer (see the figure below and in the Video) having a stem…
A: First we will calculate the volume after submerged. The density of water will be taken as 62.4…
Q: A water tower supplies water through the plumbing in a house. A 3.43-cm-diameter faucet in the house…
A: Law of conservation of energy: In fluid mechanics, the total energy of the fluid is conserved as the…
Q: Example I: Water flows through a 3 in diameter pipe at a velocity of 10 ft/s. Determine the…
A: Volumetric flow rate is also known as the discharge and it is defined as the rate of flow of fluid…
Q: Water is available at a rate of 2000 L/min to a small apartment complex, consisting of four units.…
A: For the above problem case, the water available is given for the four-unit and three-unit…
Q: Fluid Mechanics question: As shown in the image, an air space above a long tube is pressurized to 50…
A: Consider the unit weight of water is 9790 N/m3Consider a point 1 on the surface of reservoir and…
Q: When a hydrometer (see the figure below and in the Video) having a stem diameter of 0.30 in. is…
A: Diameter of stem=0.3in Weight of hydrometer=0.042lb
Q: A cylindrical tank 6 m in diameter and 4 m high is filled with water. If an orifice 200 mm in…
A:
Q: How much water is stored after 5 minutes in each of the tanks on Example 9.5 (Page 303) if the…
A: Given Information:Intake of water in both of the tank = 2 kg/sVolume of each tank = 14 m3Density of…
Q: A typical household of four people consumes approximately 300 liters of water per day. Express the…
A: Determine the amount of water required by per person per day in the house x=x1n where; x is the…
Q: How much water is stored after 5 minutes in each of the tanks shown? How long will it take to fill…
A: The given data is: volume of tank=12 m3Water density=1000 kg/m3 Applying the law of conservation of…
Q: A water tower supplies water through the plumbing in a house. A 2.40-cm-diameter faucet in the house…
A:
Q: QI) If the system is in equilibrium, calculate the magnitude of F. F-100 KN 105
A:
Q: 6. Calculate the pressure increase that must be applied to water to reduce its volume by 2%.
A:
Q: Water flows through a pipe at a rate of 1300 cubic meters per month. Express this rate of flow in…
A: Conversion 1 m3 = 2113.376419 pt 1 month= 30.4167 days
Q: Assume that a residential area has a water pipe leaking continuously at the rate of 1.5 litres/sec.…
A:
Q: An open cylindrical tank 2 meters in diameter and 4 meters tall is half – full of water. The tank is…
A: Given data: Diameter = 2 m height = 4 m depth of water = 2 m Angular speed ω = 90 rpm
Q: Civil Engineering Discuss whether the following flows are steady or un- steady: (a) flow near an…
A:
Q: Of the earth’s total volumetric supply of water, approximately how much is fresh water and how much…
A: Fresh water Around 0.76% of the water on the whole world is considered as fresh water which can be…
Q: if the concentration of [H+] in a fluid is 6.8*10-7 M, what is the pH of the fluid. if the pH level…
A:
Q: illustrated. Based on these data what is the atmospheric pressure at the ocean surface?
A:
Q: Activity 2. A stone is dropped into a well and 4 seconds later the sound of the splash is heard. If…
A:
Q: Q.4/ A tank has pure water flowing into it at 10 L/min. The contents of the tank are kept thoroughly…
A: Inflow=10 l/min Outflow=10 l/min
Q: 1. An open cylindrical tank 80 cm in diameter and 90 cm high is 2/3 full of water. If the tank is…
A:
Q: A volume tank 9m in a diameter and 1.20m high is filled with water of temp 20°C in 14 minutes and 6…
A:
Q: Consider the piping system shown in the accompanying figure. The speed of water flowing through the…
A:
Q: Fluid Mechanics Show that the control volume for air at 20 degress Celcuis is ~ a cube that has…
A: It is required to show that the control volume for air is a cube. This can be done as,
Q: What makes the density of water from different sources differ?
A:
Q: Water is available at a rate of 400 gallons/min to a small apartment complex, consisting of four…
A: The given data is shown below:
Q: Explain the term “Atmospheric pressure”. Explain the basic components of air pollution problem
A: Given data in question which is to be discussed Atmospheric pressure Components of air pollution…
Q: To what volume of water (in mL) corresponds a sample of 1100 kg/m3 density and 60 mg mass?
A: Given data- Density of water=1100 kg/m3 Mass =60 mg To find out- Volume of water in mL
Q: Of the earth’s total volumetric supply of water, approximately how much is fresh water (quantity and…
A: Following is the tabulated distribution of the fresh water:
Q: 2. A refrigerator has COP of 3.2. How much work must be supplied to the refrigerator in order to…
A: The given data is shown below: COP=3.2Heat energy=320 J
Q: 2.51 A water bug is suspended on the surface of a pond by sur- face tension (water does not wet the…
A: This question is related to the Surface Tension from Fluid Mechanics.
Q: The tank in the Fig. below, contains 200 gal of water in which 40 lb of salt are dissolved, five…
A: The hydrologic system receives water by inflowing it into different parts. In other words, the…
Q: Part A Assuming that water can be treated as an ideal fluid, what is the flow rate through the…
A: Given, L = 1.90 m D = 120mm or 0.12 m d = 60 mm or 0.06 m SG of manometric fluid = 13.6
Q: 5. Calculate the pressure increase that must be applied to water to reduce its volume by 2%.
A: given Change in volume = 2 % we have to find change in volume
Q: A water tower supplies water through the plumbing in a house. A 3.28-cm-diameter faucet in the house…
A:
Q: 3. A conical tank shown in the figure has a diameter of 3 meters and an altitude of 5 meters. Find…
A:
Q: Propose the velocity, time, acceleration, discharge, drag force and power ratios for the river water…
A: Given Model ratio Lr = 1 : 25
Q: SUBJECT: ENGINEERING UTILITIES 2 1. What are your thoughts/insights on the use of pumps and…
A: A domestic hot water (DHW) system provides hot water to fixtures such as the sink, shower, tub, and…
Q: An open cylindrical tank having a radius of 300mm and a height of 1.2m is full of water. How fast…
A:
Q: Two pipelines, one carrying oil (mass density 900 kg/m³) and the other water, are connected to a…
A:
Q: Q.2 Determine the energy loss if glycerin flows 30m through a 1m dia pipe with an average velocity…
A: Information Given :Diameter of Pipe d=1m.Velocity of Flow V=4m/sDensity of Glycrin…
Explain why it is said that the volume of water in the hydrologic cycle is almost constant? (10-12 sentences).
Step by step
Solved in 2 steps
- Wells, ponds, rivers or springs are traditionally used for different purposes and they may not be operational all year. Some water sources are more reliable, convenient, or provide water that tastes better.Against the pretext:i) What technology choice is suitable for countries with one or two rainy seasons with an average annual rainfall ranging from 250 mm to 750 mm and where other improved water-supply systems are difficult to implement?ii). Almost 1 liter per horizontal square meter per millimeter of rainfall. Thus, estimate the quantity of water under a roof of 10 square meter per 750mm annual rainfall.iii). What model choice is appropriate for estimating the cost of development?Imagine a suburban household with a garden that receives water from both the municipal supply and a rainwater harvesting system. What is the monthly water budget for this household, taking into account various water sources and uses? Given Information: Municipal water supply: 300 cubic meters per month Rainwater harvesting capacity: 100 cubic meters per month Average monthly rainfall: 50 millimeters Garden irrigation: 20 cubic meters per month Indoor water use: 150 cubic meters per month Evaporation and leakage loss from rainwater harvesting system: 10% of harvested rainwater Evaporation loss from the garden: 5% of water used for irrigation Monthly days: 30 Group of answer choices The household has a water shortage of 256 cubic meters per month. The household has a water surplus of 491 cubic meters per month. The household has a water shortage of 491 cubic meters per month. The household has a water surplus of 256 cubic meters per month.Imagine a suburban household with a garden that receives water from both the municipal supply and a rainwater harvesting system. What is the monthly water budget for this household, taking into account various water sources and uses? Given Information: Municipal water supply: 300 cubic meters per month Rainwater harvesting capacity: 100 cubic meters per month Average monthly rainfall: 50 millimeters Garden irrigation: 20 cubic meters per month Indoor water use: 150 cubic meters per month Evaporation and leakage loss from rainwater harvesting system: 10% of harvested rainwater Evaporation loss from the garden: 5% of water used for irrigation Monthly days: 30
- Water flows through a pipe 25 mm in diameter at a velocity of 6 m/s. Determine whether the flow will be laminar or turbulent assuming that the dynamic viscosity of water is taken as1.30 × 10−3 kg/ms and its mass density as 1000 kg/m3. If oil of specific gravity 0.9 and dynamic viscosity 9.6 × 10−2 kg/ms is pumped through the same pipe, what type of flow will occur?Problem: Imagine a residential property with a garden and a house. The garden has a lawn, flower beds, and shrubs, and the house has bathrooms, a kitchen, and laundry facilities. The property receives water from the municipal supply and uses water for various purposes. Calculate the water budget for the property during a given month. Given Data: Garden area: 500 square meters Lawn area: 300 square meters House occupancy: 4 people Garden area: 500 square meters Lawn area: 300 square meters House occupancy: 4 people Average water consumption per person: 150 liters per day Average toilet flush volume: 6 liters per flush Average shower water use: 10 liters per minute Average laundry water use: 50 liters per load Average kitchen water use: 20 liters per meal Municipal Supply: Water supply to the property: 2000 cubic meters (m³) What is the water balance in this residential property? Group of answer choices The residential property's water budget indicates a surplus of 154,380…A plastic cup, 15.0 cm in height, is filled to the rim with water and is resting on a table. A small hole is punctured in the cup at a height 9.00 cm above the bottom of the cup and is allowing water to spew out. What is the speed of the water when it strikes the table?
- Instead of a 0.9 cm diameter water pipe, a 2.3 cm diameter pipe was installed. 8.6 liters of water per second was obtained from the previous water pipe. How fast does the water come out of the new line in liters per second? Other aspects related to water pipes are assumed to remain unchanged.A tank is in the shape of an inverted cone, having height h = 2.5 m and base radius r = 0.75 m. If water is poured into the tank at a rate of 15 L/s, how long will it take to fill the tank? Water flows into a cubical tank at a rate of 15 L/s. If the top surface of the water in the tank is rising by 1.5 cm every second, what is the length of each side of the tank?1. Due to government water privatization, a bustling metropolitan city is now home to substantial and continuous water supply. While before the supply was only 200 liters/sec on old pipes, it is now 350 liters/sec running on a new steel pipe network shown on the figure below. . Given: f = 0.015 (for all pipes except the outlet pipe) f = 0.014 (for outlet pipe) Compute the flow of water in the upper branch. Compute the flow of water in the lower branch. Compute the energy loss per unit mass between the inlet and the outlet.