Product Description
Running with well-crafted combination of sales and marketing, we are engaged as manufacturer, exporter and supplier of Millikan's Oil Drop Experiment in Roorkee, Uttarakhand, India. This experiment aims at measuring the charge of an electron and is perhaps the most basic of all atomic physics or modern physics laboratory experiments. It won Millikan the Nobal Prize in the year 1923. The experiment depends on the ability to control, measure and balance very small force of the order 10-14N. In the experiment the droplets which rise and fall slowly are selected as they are expected to have a fairly small charge. These droplets are made to rise and fall several times. The repetitions of measurement of the velocities of rise and fall reduce the random error of their means. A fairly large number of droplets are observed and their charges are calculated.
Accurate Measurement CapabilitiesMOD-01 delivers exceptional precision by utilizing electronic components and digital displays, making it ideal for determining the elementary charge in physics laboratories. The instrument's robust build supports repeatable and high-accuracy experiments, critical for student learning and advanced research settings.
User-Friendly Digital ControlsThis oil drop experiment unit is equipped with a digital display that simplifies operation and reading results. Easy-to-follow interface helps reduce errors during experiments, ensuring a smooth experience for both seasoned researchers and students exploring electrical charge concepts.
Reliable Instrumentation with WarrantyBacked by a one-year warranty, MOD-01 provides confidence in long-term usage and investment. Its durable electronic material construction withstands routine laboratory use, making it a dependable choice for educational institutions and research facilities.
FAQ's of Millikan's Oil Drop Experiment, MOD-01:
Q: How is Millikan's Oil Drop Experiment (MOD-01) used in laboratory experiments?
A: MOD-01 is primarily used for determining the elementary electric charge by observing the behavior of oil droplets suspended between electrically charged plates. Accurate readings are obtained through its digital display and electronic controls, essential for physics labs.
Q: What is the weight and material of the MOD-01 device?
A: The device weighs between 25 to 40 kilograms and is constructed using high-quality electronic materials, providing stability for precise measurements and durability during repeated laboratory use.
Q: When should the Millikan Oil Drop Experiment instrument be calibrated or maintained?
A: Routine calibration and maintenance are recommended before starting a new experimental series or after prolonged use, ensuring accurate results. The included one-year warranty supports maintenance needs during the initial use period.
Q: Where can MOD-01 be sourced or purchased?
A: MOD-01 is available through exporters, manufacturers, and suppliers across India. Academic institutions, research labs, and industrial facilities engaged in scientific studies can order it for laboratory applications.
Q: What is the display type on the MOD-01 and its benefit during experiments?
A: A digital display is featured on the MOD-01, offering clear and immediate readings of experimental data. This minimizes human error and facilitates ease of use for data collection during experiments.
Q: How does the process of Millikan's Oil Drop Experiment work?
A: The experiment involves introducing oil droplets between charged plates and adjusting the voltage to counteract gravity. By analyzing droplet motion using the digital system, the fundamental charge of electrons can be measured accurately with MOD-01.
Q: What are the main benefits of using MOD-01 for laboratory instrumentation?
A: MOD-01 ensures precise measurement, user-friendly digital controls, and robust build quality. These traits improve experiment reproducibility, simplify data collection, and support advanced laboratory research in educational and industrial contexts.