Question

s in the sink at a height of 1.00 meters above the floor. Ignoring friction in the hose, find b. The velocity of the water in the hose. d of a hose is subicl pressure in the hose at the highest point. 2. For the PV find the fol iagram shown to the right for a monoatomic gas, POPa) e follow a. Theig quantities: d lhe net work done by the gas for the cycle. he net input into the gas for the cycle. c. The change in thermal energy for the cycle. d. The work done on the gas from A to B. e. The heat input into the gas from A to B. f. The change in thermal energy from A to B. g. The work done on the gas from B to C. h. The heat input into the gas from B to C. i. The change in thermal energy from B to C. j. The efficiency of this heat engine. 400 V (cm 50.0 100 150 200 A spring has a spring constant A mass displaced 5.00 cm from its equilibrium position. t of 100 N/m. A mass of 0.400 kg is hung on the spring. The mass is 3. What is the period of oscillation of this mass? When the mass is 2.00 its equilibri is initially at 400 °C. The gas expands isothermally to a volum cm from its equilibrium position, what is the speed of the mass? a. b. Find the work done on the gas, the heat added to thr work d nter than its initial volume. nansion

just question number 2 please, hate my teacher for all the a b c d e f g h.....

Answer 1

dan patte) 3 2. (b)a su 切! Heat htt : 30丁 chauge n

a) Sinc, Volume fnm Ato B凡ew ains countant