I need help with parts A, B, C, and D pls Constants I Periodic TablHot air balloons float in the air because of thePart Adifference in density between cold and hot air.Consider a balloon in which the mass of the pilotbasket together with the mass of the balloon fabricand other equipment is mp. The volume of the hotair inside the balloon is V1 and the volume of thebasket, fabric, and other equipment is V2. Theabsolute temperature of the cold air outside theballoon is Tc and its density is pc. The absolutetemperature of the hot air at the bottom of theballoon is Th (where Th > Tc). The balloon isopen at the bottom, so that the pressure inside andWhat is the density ph of hot air inside the balloon? Assume that this density is uniform throughout the balloon.Express the density in terms of Th, Te, and Pc.• View Available Hint(s)Hν ΑΣφ?outside the balloon is the same here. Assume thatwe can treat air as an ideal gas. Use g for themagnitude of the acceleration due to gravity.Ph =SubmitPart BWhat is the total weight W of the balloon plus the hot air inside it?Express your answer in terms of quantities given in the problem introduction and/or ph-?W =SubmitReauest AnswerP Pearson Constants I Periodic TalHot air balloons float in the air because of thePart Cdifference in density between cold and hot air.Consider a balloon in which the mass of the pilotbasket together with the mass of the balloon fabricand other equipment is mb. The volume of the hotair inside the balloon is Vi and the volume of thebasket, fabric, and other equipment is V2. Theabsolute temperature of the cold air outside theballoon is Te and its density is pc. The absolutetemperature of the hot air at the bottom of theballoon is Th (where Th > Tc). The balloon isopen at the bottom, so that the pressure inside andoutside the balloon is the same here. Assume thatWhat is the magnitude of the buoyant force FB on the balloon?Express your answer in terms of g, pc, V1, and V2.View Available Hint(s)?we can treat air as an ideal gas. Use g for themagnitude of the acceleration due to gravity.FB =SubmitPart DFor the balloon to float, what is the minimum temperature Tmin of the hot air inside it?Express the minimum temperature in terms of Te, V1, V2,mb,and Pc.• View Available Hint(s)?Tmin =P Pearson

The density of an ideal gas (air) is ρ=nmV where ρis the density of the gas, m is the mass of gas,…

Hot air balloons float in the air because of the difference in density between cold and hot air. Consider a balloon in which the mass of the pilot basket together with the mass of the balloon fabric and other equipment is mp. The volume of the hot air inside the balloon is Vị and the volume of the basket, fabric, and other equipment is V2. The absolute temperature of the cold air outside the balloon is Te and its density is pe. The absolute temperature of the hot air at the bottom of the balloon is Th (where Th > Tc). The balloon is open at the bottom, so that the pressure inside and outside the balloon is the same here. Assume that we can treat air as an ideal gas. Use g for the magnitude of the acceleration due to gravity.

Hot air balloons float in the air because of the difference in density between cold and hot air. Consider a balloon in which the mass of the pilot basket together with the mass of the balloon fabric and other equipment is mp. The volume of the hot air inside the balloon is Vị and the volume of the basket, fabric, and other equipment is V2. The absolute temperature of the cold air outside the balloon is Te and its density is pe. The absolute temperature of the hot air at the bottom of the balloon is Th (where Th > Tc). The balloon is open at the bottom, so that the pressure inside and outside the balloon is the same here. Assume that we can treat air as an ideal gas. Use g for the magnitude of the acceleration due to gravity.