Heat Transfer Kit, Class, Contains 15 Sets Each Of: 2 Styrofoam Calorimeters With Lids, Aluminum Heat Transfer Bar, Low Range Thermometer (-40 - 50 Deg C), High Range Thermometer (-30 - 110 Deg C), With Two Thermometers Specifically Designed For Hot And Cold Temperatures.
Linear Expansion Apparatus With Gauge, 3 Rods Included, Heavy Metal Base, Investigate Linear Expansion With (3) 50Cm Rods - Aluminum, Brass, And Iron, Screw Mircometer With 0.01mm Resolution, Supplied With Gauge
Radiation Can Kit, Demonstrate how two identically sized cans absorb and radiate energy differently, contains a lamp assembly with reflector and stand(bulb not included), smooth metal can, one black metal can, and thermometer, Includes activity guide
Radiation Can Set, Two identical sized screw cap metal cans (one smooth metal and other painted dull black) to demonstrate the difference in cooling rates of hot water inside the cans due to different surfaces, cooling rates attributed to thermal radiation emitted by the two cans
Ring And Ball, Mounted On Separate Handle Ball, Dia. 22mm, Consists Of A Brass Ball And A Brass Ring, Each Individually Mounted On Brass Rods With Wooden Handles.
SONOtrain* Ultrasound Chest Model, with Cysts-Spare Chest, Dimensions: 24 x 19 x 8 cm, with Cysts P124 / 1019634 Realistic reproduction of a breast made from ultrasound material with two cysts for realistic punctures and aspirations
SONOtrain* Ultrasound Chest Model with Tumors-Spare Chest, Dimensions: 24 x 19 x 8.5 cm, P125 / 1019635 with tumors, There are three tumors in the ultrasound material for carrying out realistic punctures and biopsies
SONOtrain* Ultrasound Gall Bladder Model-Spare Block, P122 / 1019638 with three gallbladders with different pathologies: Gallstones (diameter: 8 and 10 mm), Thickened gallbladder wall, Sludge, can move around and react to changes in position
SONOtrain* Ultrasound Vein Model-Spare Block, P120 / 1019637 Ultrasound block with three blood vessels with diameters of 4, 8 and 15 mm with adjustable fluid flow, Punctures and injections possible, and self-closing injection channels