Controlled Dynamometer 
Description
- Import of ECE
- Compatible with the curriculum
- Our product is presented in a cardboard box with a Turkish assembly manual, so that our students and other users can acquire the scientific achievements of the concept of converting the energy generated by the temperature difference into electrical energy, thus turning the static energy into electricity, and at the same time improve their manual and mental skills.
- When the temperature difference between the two surfaces of the peltier reaches a sufficient level, electric current occurs. Thus, energy goes to the engine and the car moves.
- The product is shipped semi-assembled. (The car has been assembled. Other connections and application steps will be carried out by the user)
Product content:
- Aluminum hot water tank
- Aluminum heatsink
- Peltier
- Thermal paste
- Wheel (4 pieces)
- DC motor
- Engine stabilizer (Metal)
- Plastic container with open lid
- Gears
- Wheel spindle (2 pieces)
- Gear shaft
- Heat shrink tubing
- Plate (120mm x 75mm)
- Shaft angle bracket (6 pieces)
- Screws
- Plastic retaining collars
- Assembly screwdriver
- Turkish printed assembly guide (Brief information about the experiment, how to conduct the experiment, the gains to be obtained from the experiment, questions to guide research on the experiment, questions to observe and benefit from the gains to be obtained from the experiment in daily life)
Targeted Gains:
- Designs experiments to show that high-temperature substances heat cold substances they come into contact with.
- Experiments show that the same substance becomes less hot when less heat is applied, and more hot when more heat is given.
- Experiments show that when the same amount of heat is given, the substance with less amount heats up more, and the substance with more amount heats up less.
- Explains the difference between heat and temperature based on his observations.
- Shows experimentally that the heat obtained from fuels can be converted into motion.
- From his experiences of the heat-temperature relationship, he deduces that the most significant effect of heat on substances is heating-cooling.
- States that heat is the energy transferred from a substance with a higher temperature to a substance with a lower temperature.
- Interprets temperature as an indicator of the average kinetic energy of molecules.
- Establishes a relationship between the direction of heat transfer and temperature.
- Explains energy transmission pathways.
- Explains the variables that affect the rate of energy transmission in a substance.
- Designs for the insulation of living spaces to save energy.
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