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The diameter would be 1.
because, diameter = 2 x radius
The Reynolds number is the relationship between inertial forces (numerator) and viscious forces (demoninator). The terms in the numerator are usually the fluid density, velocity, and "characteristic" dimension (which has units of length). Depending on the type of problem you are trying to solve that characteristic dimension may be a length (flat plate problem) or a diameter (flow in a round tube), or hydraulic diameter (non-circular internal flow). Since a non-circular cross section has more surface area than a circular cross section area there needs to be a way to account for this difference. If you use the hydraulic diameter equation to calculate the hy. dia. of a circular cross section, you will get the diameter of the circle.
i think that you do math?
Estimating one of them is equivalent to estimating the other.
The hydraulic diameter for any cross section is: Dh= 4 * A / Wp Where Dh = hydraulic diameter A = cross sectional area Wp = wetted perimeter
Hydraulic oil pressure. Inner diameter gears hydro.
Less than an inch.
is the diameter of a sphere having same volume as that of the paricle.
The diameter would be 1.
You should notice a couple of things on purchasing an hydraulic cylinder, Bore Diameter: The diameter of the cylinder bore. Maximum operating pressure: The lowest working pressure is referred to as max. Operating pressure. Rod Diameter: Piston Diameter Type of Cylinder: Types of cylinder are ram cylinder, tie-rod cylinder and welded cylinder. Stroke: The travel distance of a cylinder is referred as stroke.
because, diameter = 2 x radius
Pump flow. You should know what is the hydraulic pump. Dubai is defined. Amount of fluid inthe hydraulic diameter of the pipe passes.
28mm
length(L) of the diameter is called as the circumference........... L=∏*D.........where ∏ is 'pi' and equivalent to 22/7. and 'D' is the diameter of the circle.
The Reynolds number is the relationship between inertial forces (numerator) and viscious forces (demoninator). The terms in the numerator are usually the fluid density, velocity, and "characteristic" dimension (which has units of length). Depending on the type of problem you are trying to solve that characteristic dimension may be a length (flat plate problem) or a diameter (flow in a round tube), or hydraulic diameter (non-circular internal flow). Since a non-circular cross section has more surface area than a circular cross section area there needs to be a way to account for this difference. If you use the hydraulic diameter equation to calculate the hy. dia. of a circular cross section, you will get the diameter of the circle.
i think that you do math?