Explain the vertical end is open to the atmosphere

Assignment Help Chemistry

Reference no: EM13286218

A tube is bent at 90 degree. The horizontal end of length L is closed but the vertical end is open to the atmosphere. A fluid of density (p) fills the tube to a height H and the tube is rotated about the vertical axis at rotational speed w. Find the gage pressure at the closedend as function of at most p, g, w, L and H.

Reference no: EM13286218

Questions Cloud

Find at what angle would this highway be directed : A highway is to be built between two towns, one of which lies 50.0 km south and 82.0 km west of the other. find at what angle would this highway be directed

How much free trade credit does the firm receive : Buskirk Construction buys on terms of 2/15, net 60 days. It does not take discounts, and it typically pays on time, 60 days after the invoice date. Net purchases amount to $650,000 per year. On average, how much "free" trade credit does the firm r..

Explain the minimum molecular weight for the protein : A newly isolated protein was found to contain 0.493% histidine upon amino acid analysis. What is the minimum molecular weight for the protein (assuming only one His residue per protein molecule)

Identify each projects irr : An oil drilling company must choose between two mutually exclusive extraction projects, and each costs $11 million. Under Plan A, all the oil would be extracted in 1 year, producing a cash flow at t = 1 of $13.2 million.

Explain the vertical end is open to the atmosphere : The horizontal end of length L is closed but the vertical end is open to the atmosphere. A fluid of density (p) fills the tube to a height H and the tube is rotated about the vertical axis at rotational speed w. Find the gage pressure at the close..

Calculate how many moles of gas are present : An ideal gas at 17.8 °C and a pressure of 1.66 x 105 Pa occupies a volume of 3.22 m3. calculate How many moles of gas are present

How to draw a state transition diagram for the circuit : Design a synchronous sequential circuit which generates the following sequence. (The sequence should repeat itself.)(a) Draw a state transition diagram for the circuit. (b) Write a Verilog program to implement the circuit.

Explain air gage pressure required to lift the piston toa : Determine the air gage pressure required to lift the piston toa height of 2m above the air-fluid interface in the large tank, as shown.

Find how far will the proton travel before it stops moving : A proton moving at 3.6*10^5m/s to the right enters a region where a uniform electric field of magnitude 60kN/C points to the left

User Account

All Pages