Answer:
first one, rest are okay ig.....
Explanation:
Answer:
See explaination
Explanation:
Please kindly check attachment for the step by step solution of the given problem
Answer:
Explanation:
A conservator with a(n) guardianship background and knowledge of foreign languages will have more job opportunities because they broaden the scope of work a conservator can undertake.
Answer:
<em>screw thrust = ML</em>
<em> </em>
Explanation:
thrust of a screw propeller is given by the equation = p
x
Re
where,
D is diameter
V is the fluid velocity
p is the fluid density
N is the angular speed of the screw in revolution per second
Re is the Reynolds number which is equal to puD/μ
where p is the fluid density
u is the fluid velocity, and
μ is the fluid viscosity = kg/m.s = M

<em>Reynolds number is dimensionless so it cancels out</em>
The dimensions of the variables are shown below in MLT
diameter is m = L
speed is in m/s = L
fluid density is in kg/
= M
N is in rad/s = L
=
If we substitute these dimensions in their respective places in the equation, we get
thrust = M



= M


<em>screw thrust = ML</em>
<em> </em>
This is the dimension for a force which indicates that thrust is a type of force
Answer:
1) The change in storage of the catchment is 707676800 cubic meters.
2) The runoff coefficient of the catchment is 0.83.
Explanation:
The water budget equation of the catchment can be written as

where
'P' is volume of precipitation in the catchment =
Is the water inflow
ET is loss of water due to evapo-transpiration
is the change in storage of the catchment
is the outflow from the catchment
I is losses due to infiltration
Applying the values in the above equation and using the values on yearly basis (Time scale is taken as 1 year) we get


Part b)
The runoff coefficient C is determined as
where symbols have the usual meaning as explained earlier
