| Model NO.: | Capacitance and permittivity kit14227 |
|---|---|
| Packaging Qty: | Pieces |
| Min. Order (MOQ): | 5 |
| Manufacure Name: | Mittal enterprises |
| Customization: | Available Customized Request |
|---|
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Mittal Enterprises, based in Delhi, stands as a pioneering force among capacitance and permittivity kit manufacturers in India. With a steadfast commitment to quality and innovation, we cater to the specialized needs of educational institutions and research laboratories nationwide.
Our capacitance and permittivity kits exemplify precision and reliability, essential for conducting advanced experiments in Physics and Electrical Engineering. Each kit undergoes stringent quality checks to ensure it meets the highest standards, establishing Mittal Enterprises as a trusted capacitance and permittivity kit manufacturer in Gurugram.
At Mittal Enterprises, our expertise extends beyond manufacturing. We are dedicated capacitance and permittivity kit suppliers in India, offering comprehensive solutions that support scientific exploration and discovery. Our team of skilled professionals, proficient in Physics and Material Science, drives our continuous innovation and product development.
Located strategically in Delhi, Mittal Enterprises leverages state-of-the-art facilities to design and produce cutting-edge scientific instruments. Our commitment to advancing scientific precision positions us as a preferred partner for institutions seeking reliable capacitance and permittivity kits.
Join Mittal Enterprises in pushing the boundaries of scientific research. Discover the unparalleled performance and accuracy of our capacitance and permittivity kits, designed to empower educators and researchers alike. Choose Mittal Enterprises for your scientific instrumentation needs and experience excellence in every measurement.
Objective: To Study - Series and Parallel combination of capacitance. - Factors that determine the capacitance of a parallel plate Capacitor (area of overlap, distance between the plates and the medium). - Permittivity of Air. When a quantity of charge, Q, is transferred to the unearthed plate of a capacitor, the potential of the plate rises by V volts. The charge is given by Q = C V (1) Where C is the capacitance in farads. If the capacitor is charged with a D.C. voltage V and discharged through a D.C. microammeter f times a second, the current passing through the ammeter is given in amperes by I = f C V (2) Combining above two equations and substituting the values of the different component values of the kit.
