Determine the approximate quantum number

Reference no: EM13307021

a 5g snail crawls at 0.6mm/s between two rocks 14 cm apart. Treating this system as an infinite square well, determine the approximate quantum number.

Reference no: EM13307021

Questions Cloud

Concentration of chloramphnicol : How much of a 25mg/ml chloramphenicol stock solution do we need to make 400 ml of growth media that has final 25ug/ml concentration of chloramphnicol?

Make the contents of your script resident in memory : Modify your whoisthere function so that you can enter "These are the folks logged in:" as an argument to appear before your list of who is logged in to the system.

What are their speeds after the collision : Two elastic particles, each with mass m, collide head on. Initially they have speeds v1 and v2. What are their speeds after the collision

What does polar mean in relation to a hydrogen bond : What does polar mean in relation to a hydrogen bond?

Determine the approximate quantum number : a 5g snail crawls at 0.6mm/s between two rocks 14 cm apart. Treating this system as an infinite square well, determine the approximate quantum number

Determine what is the minumum allowable pipe diamter : The mass flow rate of steam into a steam turbine is 5 kg/s . The turbine has a heat loss of 5 kj/s. if the velocity of the refrigerant is to be limited to 2 m/s, what is the minumum allowable pipe diamter

Calculate the heat transfer per unit mass during expansion : Calculate the heat transfer per unit mass during the expansion if the exit temperature is 50 degrees celcius.

What is the isentropic efficiency of the compressor : An adiabatic argon unit compresses argon at 200 kPa and 27C to 2.18 MPa. If the Argon leaves this compressor at 513C. What is the isentropic efficiency of the compressor

Accelerates at a constant rate until he passes station b : A express train travels along a straight line between two stations, A and D. Stations B and C are spaced evenly along the line between A and D. The engineer leaves A and accelerates at a constant rate until he passes station B

User Account

All Pages