Answer:
V=1601gal
Explanation:
Hello! This problem is solved as follows,
First we must raise the equation that defines the pressure at the bottom of the tank with the purpose of finding the height that olive oil reaches.
This is given as the sum due to the atmospheric pressure (1atm = 101.325kPa), and the pressure due to the weight of the olive oil, taking into account the above, the following equation is inferred.
P=Poil+Patm
P=total pressure or absolute pressure=26psi=179213.28Pa
Patm= the atmospheric pressure =101325Pa
Poil=pressure due to the weight of olive oil=0.86αgh
α=density of water=1000kg/m^3
g=gravity=9.81m/s^2
h= height that olive oil reaches
solving
P=Poil+Patm
P=Patm+0.86αgh
[/tex]
Now we can use the equation that defines the volume of a cylinder.
V=
D=3ft=0.9144m
h=9.23m
solving
finally we use conversion factors to find the volume in gallons
Answer:
Sedimentation is not a good method.
Explanation:
We need to apply Stoke laws and assume that is valid here.
So,
Replacing the values,
Here then we calculate the time,
Where x= Distance, v= velocity
To calculate the surface required we need first to calculate the volume through the volume,
So,
Then,
Here we can calculate the surface
<em>So, the requeriment of Area of tank and settlement time is huge, it's not a practical method.</em>
Answer:
carpenter helped to set the cutr height and depth
what is its a jigsaw
Explanation:I took the test
Answer:
P = 24.38 hp
Explanation:
Given data:
diameter of steel pipe = 3 inc
length of pipe = 2001 ft
elevation of pond = 4286 ft
elevation of snow making machine = 4620 ft
Rate of water = 0.26 ft^3/s
Applying bernouli equation on bioth side
.....1
where P_2 = 182 psi
P_1 = 0, v_1 = 0
calculation fro friction factor
from standard table we have
so for calculated R and
, F value = 0.0212
from equation 1
h_p = 826.76ft so that
The principles referred to in the question are called biomechanical principles. Some of them are:
- Principles of Force; and
- The principle of impulse direction.
<h3>What principle is most relevant to jumping?</h3>
The principle that is most relevant to jumping is called Angular Momentum.
<h3>
What is Angular Momentum?</h3>
Simply defined, this refers to the velocity of the rotation of a body around an axis or a fixed point.
Other principles of biomechanics are the principles of:
- linked segments.
- impulse-causing momentum.
- the stretch-shorten cycle.
- summing joint forces.
- continuity of joint forces.
See more about biomechanical principles at:
brainly.com/question/1087668
