ABSORPTION COEFFICIENT OF KMNO4 BY PHOTOMETER EXPERIMENT

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ABSORPTION COEFFICIENT OF KMNO4 BY PHOTOMETER EXPERIMENT Specification

Type
Physics Laboratory Experiment Kit

Material
Borosilicate Glass and Metal Components

Size
Standard Laboratory Size

Input Voltage
220V AC

Color
Transparent and Metallic

Dimension (L*W*H)
450 mm x 180 mm x 320 mm

Capacity
Suitable for Single Sample Analysis

Noise Level
Silent Operation

Sample Volume Range
0.5 ml to 10 ml

Operating Temperature
15°C - 40°C

Application
Analytical Chemistry, Educational Use

Power Consumption
50 W

Photometer Type
Digital Visible Photometer

Sample Holder Material
Borosilicate Glass

Storage Temperature
-10°C to 50°C

Wavelength Range
400 nm - 700 nm

Experiment Objective
Determine the absorption coefficient of KMnO4 solution using a photometer

Sensitivity
0.01 Absorbance Units

Accessories Included
Beakers, Cuvettes, Instruction Manual

Calibration Standard
Provided with KMnO4 Standard Solution

Display Type
Digital LCD

About ABSORPTION COEFFICIENT OF KMNO4 BY PHOTOMETER EXPERIMENT

Seize the remarkable opportunity to own the prodigious ABSORPTION COEFFICIENT OF KMNO4 BY PHOTOMETER EXPERIMENT kit-now available at a special price cut! Renowned for its accuracy and reliability, this kit utilizes a digital visible photometer with a transparent borosilicate glass sample holder. Featuring a digital LCD display, exceptional sensitivity (0.01 Abs), and assured calibration with KMnO4 standard solution, it is ideal for analytical chemistry and educational use. Suitable for single sample analysis, silent operation, and robust design make this a must-have. Grab yours today from the leading distributor, manufacturer, supplier, exporter, and trader in India!

Specific Usage & Applications

The ABSORPTION COEFFICIENT OF KMNO4 BY PHOTOMETER EXPERIMENT is tailored for quantitative analysis in analytical chemistry laboratories. Widely used in educational institutions, this kit serves as a standard physics laboratory experiment for determining the absorption coefficient of potassium permanganate solution. Its application spans research, teaching, and demonstration purposes, offering precise results and broad wavelength range adaptability. The kit is suitable for experiments at universities, colleges, and commercial research sites, employing borosilicate glass and metal for durability.

Delivery Time, Certifications & Export Markets

Delivery for the ABSORPTION COEFFICIENT OF KMNO4 BY PHOTOMETER EXPERIMENT is prompt, with express shipping options available to ensure swift shipment across various regions. The product is accompanied by requisite certifications, ensuring reliability and adherence to international standards. Export markets mainly include Asia, Europe, and Africa, highlighting its global acceptance. Customers can expect safe packaging and timely delivery, supported by a strong distribution network guaranteeing satisfaction from purchase to installment.

FAQ's of ABSORPTION COEFFICIENT OF KMNO4 BY PHOTOMETER EXPERIMENT:

Q: How does the photometer determine the absorption coefficient of KMnO4 solution?

A: The digital visible photometer measures the decrease in light intensity as it passes through the KMnO4 solution. By analyzing absorbance values at specified wavelengths, it calculates the absorption coefficient accurately.

Q: What is included in the ABSORPTION COEFFICIENT OF KMNO4 experiment kit?

A: The kit includes the digital photometer, borosilicate glass sample holder, KMnO4 standard solution for calibration, set of beakers and cuvettes, and a comprehensive instruction manual. All essential accessories support a seamless experiment process.

Q: Where can the experiment kit be utilized?

A: This kit is ideal for physics and chemistry laboratories in educational institutions, research centers, and analytical facilities. It adapts to both teaching and analytical environments, offering versatile scientific usage.

Q: When is the ABSORPTION COEFFICIENT OF KMNO4 experiment kit delivered after order placement?

A: Upon order, delivery is typically arranged within a few business days. Express shipping options are available for urgent requirements, guaranteeing fast and reliable shipment.

Q: What are the main benefits of using borosilicate glass for the sample holder?

A: Borosilicate glass offers excellent chemical resistance and thermal stability, minimizing contamination and ensuring accurate results throughout the experiment.

Q: How sensitive is the photometer and what is its wavelength range?

A: The photometer boasts a sensitivity of 0.01 absorbance units, covering a wavelength range from 400 nm to 700 nm, allowing precise and extensive analysis of KMnO4 solutions.

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