Thank you Date PE 15000 J KE: O PE 11250 J KE PE 7500 J KE PE 3750 J KE KEE
How does the value of the average KE of the oxygen particles compare to the value of the average KE for the helium particles?A. The average KE of oxygen particles is greater.B. The average KE of the helium particles is greater.C. The average KE of the oxygen and helium particles are the same.
If Ke= 2 for the reaction X = Y, then the Ke for Y=X will be 1/2 (or 0.5). DS (1 Point) False 21 The equilibrium expression for the reaction: (1 Point) The equilibrium expression for the reaction: Cs) + 2H2(8) CHA () is K- (CH41 C] [H222 True O False The equilibrium constant Keg, for an equilibrium reaction will always be the same (at a given temperature) regardless of what the initial concentrations of reactants and products were (1...
(a) If the KE of an arrow is tripled, bywhat factor has its speed increased?(b) If the speed is doubled, by whatfactor does its KE increase?
19 B, KE = 20 J ; L-41s C. KE = 40 J ; L_4Js D, KE = 2 J ; L-21s E. KE-20J; L-40 Js 19. An 8 Kg box is pulled 20 m up along a 30° incline plane by an applied force of 100 N that points upwards, parallel to the incline. If friction is negligible, calculate the total work done on that box. A. 784 J B. 1216J C. 2000 J D. 2784 J E 9800...
Why isn't (Ke) involved with tax
Determine the equation of the momentum of a particle of mass m and kinetic energy KE. Express your answer in terms of the variables KE, m and c. (KE/c) +mc is incorrect p=
Part C:Analyzing KE datatables Analyze the following data tables containing KE DATA, Identity which data is consistent with an object that is SPEEDING UP, which one is consistent with an obiect that in SLOWING DOWN, which one is consistent with an object that moving at a CONSTANT SPEED. and which one is consistent with an abject that is AT REST. You will only Hosive credit when all four have been chosen correctly. Time (S) KE(J) 100 200 300 14 4233...
TEST2 volume 3 neh ke 21C edepends a,b TEST2 volume 3 neh ke 21C edepends a,b
Determine the equation of the momentum of a particle of mass m and kinetic energy KE. Express your answer in terms of the variables KE, m and c.