Question
In: Mechanical Engineering
A tank of water is emptied by the force of gravity through a syphon. The difference...
A tank of water is emptied by the force of gravity
through a syphon. The difference in water levels between the two
tanks is 3 m and the highest point of the syphon is 2 m above the
top surface level and the length of the pipe from inlet to the
highest point is 2.5 m. The pipe is designed with a bore of 25 mm
and the length 6 m. The pipe frictional coefficient is 0.007 and
the inlet loss coefficient K is 0.7. Calculate the following:
4.1 the volume flow rate and,
4.2 the pressure at the highest point in the pipe
Solutions
Expert Solution
The volume flow rate is 1.29 litre/s
Pressure at highest point is - 3.6 m of water
Find the solution below.
Hope it helps.
samet mamat answered 10 months agoRelated Solutions
Turpentine flows by gravity from tank 1 to tank 2 through 24 m of 1.5-inch diameter...
Turpentine flows by gravity from tank 1 to tank 2 through 24 m
of 1.5-inch diameter commercial steel pipe. Both tanks are open to
atmosphere. The tanks are large, so assume that the level of
turpentine in both tanks remains the same with time. The level of
tank 1 is 15 m higher than the level of tank 2 (indicated on the
schematic as z1 and z2). There are two standard 90° elbows and one
open gate valve in the...
In large buildings, hot water in a water tank is circulated through a loop so that...
In large buildings, hot water in a water tank is circulated
through a loop so that the user doesn’t have to wait for all the
water in long piping to drain before hot water starts coming out. A
certain recirculating loop involves 300-foot-long, 1-inch--diameter
PEX pipes with six 90° threaded smooth bends and two fully open
gate valves. The PEX piping is considered to be smooth (roughness
is 0). If the average flow velocity through the loop is 5 ft/s,...
Gravitational force acts through the Center of Gravity of every object on earth. Explain its direction...
Gravitational force acts through the Center of Gravity of every
object on earth. Explain its direction and magnitude.
A gasoline storage tank drains by gravity to a tank truck; see the drawing. The pipe...
A gasoline storage tank drains by gravity to a tank truck; see
the drawing. The pipe line between the tank and the truck is 100 m
of 0.1 m diameter commercial steel pipe. The properties of gasoline
are given as, density=720 kg/m3, dynamic viscosity = 0.0006 kg/m.s.
Both tank and truck are open to the atmosphere, and the level in
the tank is 10 m above the level in the truck. What is the
volumetric flow rate of the gasoline?...
A gasoline storage tank drains by gravity to a tank truck; see the drawing. The pipe...
A gasoline storage tank drains by gravity to a tank truck; see
the drawing. The pipe line between the tank and the truck is 100 m
of 0.1 m diameter commercial steel pipe. The properties of gasoline
are given as, density=720 kg/m3, dynamic viscosity = 0.0006 kg/m.s.
Both tank and truck are open to the atmosphere, and the level in
the tank is 10 m above the level in the truck. What is the
volumetric flow rate of the gasoline?...
What is the driving force of water movement in plants and describe how water moves through...
What is the driving force of water movement in plants and
describe how water moves through vascular plants.
Suppose water is leaking from a tank through a circular hole of area Ah at its...
Suppose water is leaking from a tank through a circular hole of
area
Ah
at its bottom. When water leaks through a hole, friction and
contraction of the stream near the hole reduce the volume of water
leaving the tank per second to
cAh
2gh
, where
c (0 < c < 1)
is an empirical constant.
A tank in the form of a right-circular cone standing on end,
vertex down, is leaking water through a circular hole in its...
A tank contains 100kg of salt and 2000L of water. Pure water enters a tank at...
A tank contains 100kg of salt and 2000L of water. Pure water
enters a tank at the rate 6L/min. The solution is mixed and drains
from the tank at the rate 3L/min. ) Find the concentration(kg/L) of
salt in the solution in the tank as time approaches infinity.
(Assume your tank is large enough to hold all the solution.)
1) One method of producing drinkable water is to force seawater through a membrane that does...
1) One method of producing drinkable water is to force seawater
through a membrane that does not allow the salt to pass through.
Such a process is called reverse osmosis (RO) and the membrane a
reverse osmosis membrane. A large reverse osmosis facility
continuously filters 2300 L of seawater per hour. The seawater
contains sodium chloride (NaCl) at a concentration of 1.4 M. Two
streams emerge from the RO facility: (1) a “brine” stream with a
sodium chloride concentration of...
A water tank is spherical in shape with radius of 90 feet. Suppose the tank is...
A water tank is spherical in shape with radius of
90 feet. Suppose the tank is filled to a depth of
140 feet with water. Some of the water will be
pumped out and, at the end, the depth of the remaining water must
be 40 feet.
i) Set up a Riemann sum that approximates the volume of the
water that is pumped out of the tank. (use horizontal slicing). You
have to draw a diagram and choose a coordinate...
ADVERTISEMENT
ADVERTISEMENT
Latest Questions
- You are tasked with assessing the health department’s intervention program in preventing recurrence of acute alcohol...
- Compare the MOSFET, JFET , and BJT and identify the reasons these devices behave differently. What...
- How would you use SAS Enterprise Miner to create a neural network model of your example?
- Explain the use of neural networking modeling in predictive analytics.
- Current Market Mix of Netflix, as detail as possible, please.
- This is all one question, thank you so much in advance! You must evaluate a proposal...
- X Company is considering the purchase of a new processor that costs $200,000. Shipping and setup...
ADVERTISEMENT