As a passionate lab enthusiast, I have some strong opinions about the 250 ml glass beaker. Let me share my thoughts on this essential piece of equipment.

When it comes to conducting experiments in a 250 ml glass beaker, there are several types of experiments that are particularly well-suited for this size of container. Here are some insightful options to consider:

• 1. Titration Experiments: Conduct precise titrations using a 250 ml glass beaker to measure the volume of solutions accurately.
• 2. Solubility Studies: Explore the solubility of different substances by mixing them in a 250 ml glass beaker and observing the results.
• 3. Crystallization Trials: Use the glass beaker to crystallize substances and study the formation of crystal structures.
• 4. pH Testing: Test the acidity or alkalinity of solutions by using pH indicators in a 250 ml glass beaker.
• 5. Heating Experiments: Safely heat small volumes of liquids or solids in a 250 ml glass beaker to observe changes in properties.
• 6. Density Determination: Measure the density of liquids or solids by using a 250 ml glass beaker and calculating the mass and volume.

Are you in need of 250 ml glass beakers for your academic research? Look no further! Here is a list of suppliers that provide high-quality glass beakers for your scientific experiments.

1. When it comes to purchasing glass beakers for your laboratory needs, quality is of utmost importance. You need beakers that are durable and reliable.
2. One of the top suppliers of 250 ml glass beakers is Glassware For Labs. They offer a wide selection of glass beakers in various sizes, including the popular 250 ml option.
3. Another reputable supplier is Lab Depot, known for their high-quality laboratory equipment. They provide 250 ml glass beakers that meet industry standards for accuracy and precision.
4. If you’re looking for a more budget-friendly option, consider ordering from Science Supply Solutions. They offer affordable 250 ml glass beakers without compromising on quality.
5. For those seeking eco-friendly options, EcoLab Supplies is the way to go. They specialize in sustainable laboratory products, including 250 ml glass beakers made from recycled materials.
6. In conclusion, when it comes to sourcing 250 ml glass beakers for your academic needs, it’s important to choose a supplier that prioritizes quality, affordability, and sustainability.

Total cost for all items: $400.00 ; 2, 50 mL Glass Beaker, $14.00 ; 1, 250 mL Filter Flask, $30.00 ; 1, 50 mL Plastic Graduated Cylinder, $22.00 ; 1, 10 mL Glass …

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• Adjustable bottle-top dispenser fitted to bottle of sodium hexametaphosphate and calibrated to deliver 25.0 mL. • 250 mL glass beakers. • Electric mixer …

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From the 250mL beaker, transfer a little less than the volume of water listed for the glassware from Table 2. Use a plastic disposable pipette to add the water …

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BEAKER, Glass, Griffin Low Form (2000mL) – EA, MUB3, 12, $15.70, GBGL02. BEAKER, Glass, Griffin Low Form (250mL) – EA, MUA4, 28, $4.61, GBG250. BEAKER, Glass, …

Main Room Catalog | Chemistry Stores | Oregon State University

Repeat until you have about 6-8 pieces Put the solid pieces of benzyl alcohol into a larger 150 or 250–mL beaker and store them in the acetone-dry ice bath.

Solids in Liquids

Replacement Glassware Price List ; Beaker, 150 mL, B15, $2.64 ; Beaker, 250mL, B25, $2.69 ; Beaker, 50mL, B05, $2.75 ; Beaker,600mL, B60, $4.16 ; Burette 50mL Glass …

Chemistry Stockroom – Chemistry and Biochem

When using a 250 ml glass beaker for measurements, there are several important tips to keep in mind to ensure precision and reliability. Here are some key recommendations to help you achieve accurate results in your experiments or laboratory work.

1. Ensure the beaker is clean: Before taking any measurements, make sure the beaker is thoroughly cleaned and free of any residue that could affect the accuracy of your results.
2. Use the appropriate volume markings: Pay close attention to the volume markings on the beaker and ensure that you are reading measurements at eye level for accuracy.
3. Avoid parallax error: To prevent parallax error, always view the meniscus of the liquid at eye level to get a precise reading.
4. Practice proper technique: When pouring or transferring liquids, use a steady hand and pour slowly to avoid spillage and ensure precise measurements.
5. Calibrate regularly: To maintain accuracy, calibrate your glass beaker regularly using a known standard to verify its measurements.
6. Allow for temperature adjustments: Take into account the temperature of the liquids being measured, as this can affect the volume and density, leading to potential measurement errors.

The 250 ml glass beaker is more than just a laboratory tool – it is a vessel of scientific discovery and innovation that has stood the test of time. Dating back to the early 19th century, this humble glassware has played a pivotal role in countless experiments and breakthroughs in various fields of study.

From chemistry to biology, the 250 ml glass beaker has become synonymous with scientific exploration and precision. Its simple yet functional design allows researchers and students alike to accurately measure liquids, conduct reactions, and observe chemical changes.

Over the years, the glass beaker has become an iconic symbol of science and academia, inspiring generations of scholars to push the boundaries of knowledge and curiosity. Its durability and versatility make it a staple in laboratories around the world, standing as a testament to the enduring legacy of scientific inquiry.

Glass beakers are essential tools in any scientific laboratory, and the 250 ml size offers a perfect balance between usability and versatility. The transparency of glass allows for easy observation of reactions and measurements, ensuring accurate results in various experiments. The durable nature of glass ensures long-lasting use, even with frequent heating and cooling, making it a reliable choice for academic research.

Furthermore, the 250 ml capacity is ideal for handling moderate volumes of liquids, making it a practical choice for a wide range of experiments. The spout on the beaker allows for easy pouring without spills or splashes, ensuring precise transfers of liquids.

In conclusion, the 250 ml glass beaker is a valuable tool for students and educators alike, offering convenience, accuracy, and durability in laboratory settings.

As a scientist, I have come to appreciate the unique characteristics of a 250 ml glass beaker. Here are some of the standout features that make this lab essential a must-have in any laboratory setting.

• Durability: The thick glass construction of a 250 ml glass beaker ensures it can withstand high temperatures and chemical reactions without compromising its integrity.
• Clear visibility: The transparent nature of the glass allows for easy observation of the contents, making it ideal for measuring and mixing liquids.
• Accurate measurements: The graduated markings on the side of the beaker make it easy to measure precise volumes of liquid with accuracy.
• Versatility: From holding reagents to conducting experiments, a 250 ml glass beaker proves to be versatile in various laboratory applications.
• Ease of cleaning: The smooth glass surface of the beaker makes it easy to clean and sterilize after each use, ensuring hygiene in the lab environment.

250 ml Glass Beakers are versatile tools commonly used in laboratories for various purposes. From measuring liquids to heating substances, these beakers play a crucial role in scientific experiments and research.

One common use of a 250 ml glass beaker is for measuring and transferring liquids. The graduations on the side of the beaker provide accurate volume measurements, making it ideal for mixing solutions or diluting substances.

Another important function of a 250 ml glass beaker is in heating liquids. The borosilicate glass material can withstand high temperatures, making it suitable for heating and boiling liquids over a Bunsen burner or hot plate.

Additionally, these beakers can be used for simple reactions, storage of samples, or even as a container for holding small objects during experiments. Their durability and transparency make them essential tools in any laboratory setting.

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Oct 16, 2020 … Keep containers closed and cover any open containers, such as a beaker, with a watch glass. … Place approximately 100 ml of water in a 250–mL …

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Jan 27, 2023 … The resulting time was 0:59.2. Materials: 250ml beakers. Alka-Seltzer Tablets. Glass Stirring Rod. Ziploc Bag. PROCEDURE. We start by adding …

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When looking to buy a quality 250 ml glass beaker, it’s important to consider a few key factors in order to make the right choice. As a scholar myself, I understand the value of reliable lab equipment in conducting experiments and research. One of the best places to purchase a quality 250 ml glass beaker is through reputable scientific supply companies such as Fisher Scientific, VWR International, or Carolina Biological Supply Company. These companies offer a wide selection of laboratory glassware, ensuring that you’ll find a beaker that meets your needs.

Additionally, online retailers like Amazon or eBay can also be good options for purchasing lab equipment. Just be sure to read reviews and check the seller’s rating to ensure you’re getting a quality product. Ultimately, investing in a quality 250 ml glass beaker is an essential part of your academic journey, and choosing the right supplier is key to success.

000-140-001 Beaker, glass, pyrex, 250 ml, used for indirect cleaning method of parts in ultrasonic cleaner.

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Total cost for all items: $400.00 ; 2, 50 mL Glass Beaker, $14.00 ; 1, 250 mL Filter Flask, $30.00 ; 1, 50 mL Plastic Graduated Cylinder, $22.00 ; 1, 10 mL Glass …

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8.5oz(250ml) Sturdy Glass Beaker, Heavy-Duty Lab Beaker Set, 3.3 Borosilicate Griffin Low Form with Printed Graduation, Pack of 6, BKL250-006.

250ml Beaker – Amazon.com

Our 250 ml glass beaker has an extra large marking spot & convenient pour spout with thermal shock resistance for open flame chemistry labs.

250 ml Beaker, Borosilicate Glass for Chemistry Labs

The 250 ml glass beaker is heat resistant & and lab/food safe. Buy one for $4.95 or save 60% by the case. A great promotional item for corporate or wedding …

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250 mL beaker, with spout, manufactured with uniform wall thickness, offers optimum balance between thermal shock resistance and mechanical strength.

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Beakers, Low Form, Borosilicate Glass, 250 mL – Arbor Scientific

Safety precautions are crucial when using a 250 ml glass beaker. As someone who has had my fair share of laboratory mishaps, I cannot stress enough how important it is to handle glassware with care. Always inspect the glass beaker for any cracks or chips before use to prevent any accidents. Wear appropriate personal protective equipment such as goggles and gloves to protect yourself from potential glass breakage. Handle the glass beaker with gentle hands and avoid sudden temperature changes that may cause it to shatter. When heating liquids in the beaker, use a hot plate instead of an open flame to minimize the risk of thermal shock. And lastly, always place the beaker on a stable surface to prevent it from tipping over. By following these safety precautions, you can ensure a safe laboratory experience while using a 250 ml glass beaker.

As a seasoned scholar and educator, I have come across countless glass beakers in my academic journey. Let me share with you my tried and tested method on how to properly clean and maintain a 250 ml glass beaker. First and foremost, it is crucial to handle the glass beaker with care to prevent any accidental breakage. When cleaning the beaker, use mild detergent and warm water to gently scrub away any residue. Avoid using harsh chemicals that may damage the glass.

After cleaning, ensure thorough rinsing to remove all traces of detergent. Dry the beaker with a soft cloth or air dry upside down to prevent water spots. Store the glass beaker in a designated area away from other equipment to prevent accidental damage.

Regular maintenance is key to prolonging the lifespan of your glass beaker and ensuring accurate results in your experiments. By following these simple steps, you can keep your 250 ml glass beaker in top condition for all your academic pursuits. Join me in embracing the importance of proper lab equipment care and excel in your scientific endeavors!

The dimensions of a standard 250 ml glass beaker are typically: height of around 9.5 cm, diameter of approximately 6.7 cm, and a base diameter of about 5.3 cm. This size is commonly used in laboratory settings for measuring liquids and conducting experiments. It’s important to have a few of these beakers on hand for various scientific purposes.

Absolutely not. Using a 250 ml glass beaker for both acidic and basic solutions is a risky move. Glass beakers can react with certain chemicals, compromising the accuracy of your experiments. It’s crucial to use separate glassware for acidic and basic solutions to avoid contamination and ensure the integrity of your results. Don’t take shortcuts when it comes to safety and accuracy in the lab!

Unfortunately, there are no direct substitutes for a 250 ml glass beaker that match its versatility and functionality in laboratory experiments. However, depending on the specific experiment, you may consider using alternative glassware such as test tubes, Erlenmeyer flasks, or graduated cylinders. While these alternatives may not fully replace the 250 ml glass beaker, they can serve as temporary solutions for certain tasks. Remember, the choice of glassware should always be based on the requirements of the experiment to ensure accurate results.

To accurately measure liquid volume in a 250 ml glass beaker, ensure the beaker is placed on a level surface. Use the markings on the beaker to guide your measurements, making sure the liquid is at eye level for accuracy. Slowly pour the liquid into the beaker until it reaches the desired volume. Take note of any increments or markings on the beaker to ensure precision. Remember, practice makes perfect, so keep practicing until you become proficient in measuring liquid volumes with ease.

Absolutely not. A 250 ml glass beaker is not designed to handle sudden temperature changes. Glass, by nature, is brittle and prone to shattering when exposed to rapid temperature fluctuations. It’s crucial to handle glassware with care, especially when dealing with extreme temperature changes. Always allow the glass to gradually adjust to new temperatures to prevent breakage.

When conducting experiments or measurements in the lab, a 250 ml glass beaker offers several advantages over other types of glassware. Firstly, its cylindrical shape with a flat bottom provides stability, making it ideal for heating or mixing substances. Additionally, the graduations on the side make it easy to measure liquids accurately. Its transparency allows for clear visibility of the contents, facilitating observation and analysis. Lastly, its durability and resistance to chemical corrosion make it a reliable choice for various lab tasks. In my opinion, a 250 ml glass beaker is a versatile and essential tool for any scientific laboratory.

250 ml glass beakers do not always come with volume markings for precise measurements. It is essential to check the specific product description or ask the manufacturer for details. Personally, I recommend investing in beakers with clear volume markings to ensure accurate measurements. Without these markings, it can be challenging to achieve precise results in experiments or academic work. Opting for quality glass beakers with accurate volume indicators can significantly improve the accuracy and reliability of your work. Make sure to prioritize this feature when selecting lab equipment for your academic pursuits.

250 ml glass beakers are vital tools in labs for precise liquid measurement and mixing. Without them, lab work would be challenging and inaccurate.

They have a capacity of 250 ml, perfect for small to medium experiments.

Proper cleaning and maintenance are essential for accuracy and longevity of a 250 ml glass beaker. Neglecting this can lead to skewed results and reduced lifespan.

Always follow safety guidelines when handling and using a 250 ml glass beaker to prevent accidents and ensure your well-being.

Consider purchasing a 250 ml glass beaker from reputable suppliers for quality assurance to ensure accurate measurements and reliable results in your academic experiments.

These beakers are versatile, reliable, and an indispensable asset in scientific research and educational settings. Their adaptability and dependability make them essential tools for scholars and educators looking to excel in their academic journey.