please show me a sep wise solution for these problem as i am trying to learn from your solution. if you cant or you answer partially dont answer please.
please show me a sep wise solution for these problem as i am trying to learn...
please show me a sep wise solution for these problem as i am trying to learn from your solution. if you cant or you answer partially dont answer please. Question 6 (4 pts): During an isothermal compression of a monatomic ideal gas, the heatis equal to a)lost by the gas, the work done by the gas b) lost by the gas; the work done on the gas c) gained by the gas; the work done by the gas d) gained...
please show me a sep wise solution for these problem as i am trying to learn from your solution. if you cant or you answer partially dont answer please. Problem 3 (20 pts): Consider a Carnot engine cycle in which we take an ideal monoatomic gas from point Ou a)on first leg ofthe cycle, a-+ b, we take the gas through an isothermal expansion at temperature TH Given the values shown on the P and V axes for the state...
please show me a sep wise solution for these problem as i am trying to learn from your solution. if you cant or you answer partially dont answer please. Question 4 (4 pts): A thin ring made of iron has an inner diameter of 1.00 cm at room temperature (25.0 C), but it needs to fit over a rod that is 1.05 cm in diameter. What you should do to the ring? Note that the coefficient of linear expansion of...
please show me a sep wise solution for these problem as i am trying to learn from your solution. if you cant or you answer partially dont answer please. Problem 1 (20 pts): A scuba diver and her gear displace a volume of 80.0 L and have a total mass of 65.0 kg. a) What fraction of her volume is displaced when she enters the water and is in equilibrium? Note that the density of sea water is 1.025 x...
i need help with all these questions please Question 23 4 pts Which of these liquids is most likely to have the lowest (slowest) rate of evaporation (g/min) and why? Select the single best answer. H H H HH :01 IH terbaru H 11 HHH cnc- 7 H H H ica H 나 Hit 4 c B A ΟΟΟΟΟΟ C, because it has the highest molar mass. A, because this molecule has the lowest molar mass.. B, because it has...
How do I do 28-35 28. A sample of gas measures 5.00 liters at 1.00 atm. To change the volume to 3.50 liters at constant temperature, what pressure must be applied? 29. How many moles of by drogen (He) fill a weather balloon whose volume is 250 liters at a pressure of 0.50 atm with a temperature of-10.0 C? 30. What is the pressure of 3.50 moles of helium at -50.0'C in a rigid container whose volume is 25.0 liters?...
Question 15 2 pts By what length will a slab of concrete that is originally 18 m long contract when the temperature drops from 24°C to -16°C? The coefficient of linear thermal expansion for this concrete is 1.0 x 10-5 K-1 0.72 cm O 1.5 cm 0.50 cm 1.2 cm Question 23 4 pts The figure shows a pV diagram for 8.3 g of ideal nitrogen gas N2 in a sealed container. The temperature of state 1 is 59°C, the...
door. Room A, however, is Wa Which room contains the greater mass of air? Xp Problem 1.12. Calculate the average volume per molecule for an ideal gas at take the cube root to get an estimate of the average distance between molecules. How does this distance room temperature and atmospheric pressure. Then compare to the size of a small molecule like N2 or H20? tely the number of protons in a gram of
A physics lecture room has a volume of 248 m3 . Part A For a pressure of 1.00 atm and a temperature of 26.0 ∘C, use the ideal-gas law to estimate the number of air molecules in the room. Assume all the air is N2. Part B Calculate the particle density-that is, the number of N2 molecules per cubic centimeter. Express your answer to three significant figures and include the appropriate units. Part C Calculate the mass of the air...
Air a. What is the volume of air in the room where you are right now? (You can measure the length, width, and height of the room with a measuring tape, or you can estimate these quantities. Just make sure you convert your answer to SI units.) b. What is the temperature in this room? (in SI units) c. Look up the current barometric pressure in your area, and convert it to SI units. d. Use the information from steps...