Find the root-mean-square speed for an oxygen molecule

Reference no: EM13313409

The molar mass of oxygen gas is 32.0 x 10^-3 kg/mol. If the gas is at 16 degrees C, find the root-mean-square speed for an oxygen molecule.

Reference no: EM13313409

Questions Cloud

What flow rate of fresh water must be used to reduce salt : On the property they found a 20,000 m3 brine pond containing 25,000 mg/L of salt. The new owners propose to flush the pond into their discharge pipe leading to the Atlantic Ocean

Former branch supervisors : If a bank has 50 branches with 14 employees (4 supervisors, 10 tellers) per branch. They are placing 30 teller machines scheduled to be in operation December, 1 year from now and will replace 30 tellers. the bank does not terminate any employe..

Explain doubly-ionized form of h3a and a weak triprotic acid : Which of the following expressions hold for 0.10 mol/L Na2HA(aq). (HA2- is the doubly-ionized form of H3A, a weak triprotic acid.)

What is the acceleration that the ion : Nerve proagation in your body occurs when large electric fields in the cell membranes on neurons (1.0*10^7 N/C) cause ions to move through cell walls

Find the root-mean-square speed for an oxygen molecule : The molar mass of oxygen gas is 32.0 x 10^-3 kg/mol. If the gas is at 16 degrees C, find the root-mean-square speed for an oxygen molecule

Explain boil liquid ammonia dipole-dipole forces dispersion : Name the kinds of attractive forces that must be overcome in order to do the following. (Select all that apply.) Boil liquid ammonia dipole-dipole forces dispersion forces hydrogen bonds ion-dipole forces ion-ion interparticle forces metallic bond..

What is strategy : Read "What is Strategy" by Michael Porter (www.hbr.org). He states that there are 5 ways in which a manager can create effective strategies.

What is the work function of the metal : Ultraviolet light is shone on a particular metal and the stopping potential is measured at the same time. What is the work function of the metal

What is the velocity of the mass : A spring with a constant of 32N/m is placed on a horizontal smooth surface and a mass of 2.3 kg is pushed against it. What is the velocity of the mass as it leaves contact witht he spring

User Account

All Pages