PIRA 4B20.00 CONVECTION

DCS #DEMONSTRATIONREFERENCEABSTRACT
4B20.00Convection
4B20.10convection tubePIRA 200Heat one side of a glass tube loop filled with water and insert some ink.
4B20.10convection tube4B20.10Heat one side of a glass tube loop filled with water and insert some ink.
4B20.10convection of liquidsHc-2One side of a square tube filled with water is heated while ink is inserted to show the flow.
4B20.10heating system modelH-143Heat water in a loop of glass tubing.
4B20.11convection tubeH-144A rectangular glass tube filled with water is heated on one side. Permanganate crystals show flow.
4B20.13heating systemH-145A model of a heating system with an expansion chamber and radiator. Diagram.
4B20.15convection flasksPIRA 500
4B20.20two chimney convection boxPIRA 1000
4B20.20two chimney convection box4B20.20
4B20.20two chimney convection boxHc-1A candle burns under one chimney in a double chimney convection box.
4B20.20two chimney convection boxH-139A container has two lamp chimneys, a candle is placed under one of them.
4B20.20two chimney convection boxH-3a.2Smoke is used to indicate convection in the two chimney box.
4B20.25convection chimney with vanePIRA 1000
4B20.25convection chimney with vane4B20.25
4B20.25convection chimneyH-140A candle in a chimney burns as long as there is a metal vane dividing the chimney into two parts.
4B20.30convection chimney with confettiPIRA 1000
4B20.40convection currents projectedPIRA 1000
4B20.40convection projection cellH-142Electrically heat the water at the bottom of a projection cell. Diagram.
4B20.40convection currentsDisc 14-27An electric element heats water in the bottom of a projection cell.
4B20.41convection boxH-138Shadow project convection in a 1 foot square box with hot and cold sinks on the sides.
4B20.42projection cellH-141Introduce hot water at the bottom of cold or cold water at the top of warm in a projection cell.
4B20.45burn your handPIRA 500
4B20.45burn your hand4B20.45Shadow project a Bunsen burner flame on a screen and hold your hand in the hot gas.
4B20.45burn your handH-137Shadow project convection currents from a Bunsen burner, hot pipe, dry ice, or ice water.
4B20.50Barnard cellPIRA 1000
4B20.50Barnard cell4B20.50A thin layer of paraffin with reflective flakes is heated until Barnard cells form.
4B20.50Barnard cellFp-3Paraffin with aluminum dust is heated in a small brass dish until convection cells are formed.
4B20.55Jupiter's red spot4B20.55Show time lapse video of Jupiter's red spot. Astronomy video disc frame 32888.

ReferenceDescription
M-1Sutton
Ma-1Freier & Anderson
M-1dHilton
8-2.8Meiners
1A12.01University of Minnesota Handbook
AJP 52(1),85American Journal of Physics
TPT 15(5),300The Physics Teacher
Disc 01-01The Video Encyclopedia of Physics Demonstrations

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