Visible light waves are seen by the human eye as different colors and they are characterized by their wavelength. The length of the wave determines the amount of energy it has; the shorter the wavelength, the higher the energy.

When visible light with an energy distribution similar to sunlight (light of all colors) completely reflects from an object, this light appears white to the human eye. When the object completely absorbs all the light, it is recognized as black. With this kit, students will learn about these and more light principles.

A solar cell is a device that converts sunlight energy directly into electrical energy by the photovoltaic effect. This kit, allows students to investigate the electricity generated from the irradiation of light.

The kit consists of:

Photovoltaic cell, Two microscope slides, Utility stand, Right angle clamp, Extension clamp, Ruler, Sellotape, Four colored flashlights (Colorless, Blue, Green and Red) with batteries, Four colored filters (Colorless, Blue, Green and Red), White paper, Black paper, Grey paper, Thin box for shadow experiments.

NeuLog sensors required (not included):

• Light logger sensor
• Voltage logger sensor

Thermal conductivity, is a physical property, which measures the capacity for heat conduction, or the capacity of a substance of transfering the kinetic movement of its molecules to its own adjacent molecules or to other substances with which it is in contact. Depending on the composition of the atoms of a material, the heat may move very slowly, or very quickly. This dependence is quantified by the coefficient of thermal conductivity. For example, thermal conductivity is higher in metals and is lower in gases. In this kit, a qualitative and a quantitative study of the thermal conductivity of different solids such as copper, brass and steel, is conducted.

The kit consists of:

Thermal conductor (with three metal bars: copper, brass and steel), Candle, Eighteen small candles for qualitative measurements, Candle holder.

NeuLog sensors required (not included):

• Temperature logger sensor

*It is recommended to use three temperature sensors at the same time 

An ideal gas can be characterized by three parameters: volume, pressure and temperature for a certain amount of gas.
Maybe the first problem with this gas law is its name. When students hear the term ideal gas law, they interpret that in reality this law does not describe correctly the behavior of gases, in spite the fact that real gases usually agree with the predictions of the ideal gas equation to within 5%.
This kit allows students to investigate, with the help of logger sensors, the dependence of pressure on a gas (air) with changes in temperature and volume.
The kit contains a metallic cylinder with inlets to measure gas temperature and pressure through sensors and an inlet for a syringe to change the total volume of the gas (air).

The kit consists of:

Gas study device (55 ml volume), Three perforated rubber stoppers, Non-perforated rubber stopper, 50 ml syringe, Three candles.

NeuLog sensors required (not included):

• Temperature logger sensor
• Pressure logger sensor

Distillation is a method for separating mixtures based on their different boiling points. The separation is conducted by boiling and condensation. What happens to the temperature of a liquid during the boiling process? You might think that the temperature goes up smoothly, but this is not so. The graph of temperature against time is called a heating curve. In general, the longer the heating continues, the temperature goes up. However, there are horizontal flat parts on the graph which happen when there is a change of state. The plateaus are also called phase changes.
With this kit you will be able to investigate this fascinating behavior through measurements of both pure water and a mixture of water and alcohol or acetone.

The kit consists of:

Still head, 25 ml round bottom flask, Condenser, Receiver, Alcohol lamp, Two 50 ml beakers, Utility stand, Right angle clamp, Extension clamp, Four boiling stones.

NeuLog sensor required (not included):

• Temperature logger sensor

Electricity is very fundamental for any basic physics course, but performing electricity experiments is sometimes complicated and requires complex and expensive equipment. This simple kit combined with NeuLog logger sensors allows students to investigate this field.

The kit consists of:

Circuit board, 6V cell holder, Four 1.5 V batteries, Knife switch, Two bridges, Red 4 mm connector cable, Black 4 mm connector cable, Red crocodile clip cable, Black crocodile clip cable, Red crocodile clip and 4 mm connector cable, Black crocodile clip and 4 mm connector cable, 10Ω mounted resistor, 47Ω mounted resistor, Two mounted bulb holder, Four 6V bulbs, 1 m electrical wire, Large iron nail, Sellotape, Three paper clips, 4700μF Capacitor.

NeuLog sensors required (not included):

• Voltage logger sensor
• Current logger sensor
• Light logger sensor
• Magnetic field logger sensor