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What is the purpose of a conductivity apparatus. In addition to conductitvity what other property of a compound is being indirectly observed?
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What is the use of dripping apparatus?
A dripping apparatus is commonly used to add small and controlled amounts of a liquid, such as a reagent, into a reaction mixture slowly over time. This can be important for precise and gradual additions in chemical reactions, titrations, or other experiments where the rate of addition is critical.
Thermal conductivity of magnesia-carbon?
The thermal conductivity of magnesia-carbon refractories typically ranges from 5-15 W/mK, depending on the composition and temperature. This material is commonly used in high temperature applications such as steelmaking due to its good thermal shock resistance and low thermal conductivity. The addition of carbon can enhance the thermal conductivity compared to pure magnesia refractories.
How does a vesicle relate to a Golgi apparatus?
The Golgi apparatus, or Golgi body, collects cell products in one place and the the vesicles move the product where it needs to be, whether in another part of a cell, or outside of the cell. The Golgi apparatus functions in modifying, packaging, storing, and distributing proteins produced by the ER. After the proteins are received at its inner face, they are often modified by the addition of a carbohydrate chain or a phosphate group. They are packaged into secretory vesicles that move to the plasma membrane, where their contents are discharged. For example, this is the way hormones are secreted into blood by the glands taht produce them.
What are unicellular eukaryote-?
Eukaryotic cells also contain other membrane-bound organelles such as mitochondria and the Golgi apparatus. In addition, plants and algae contain chloroplasts. Many unicellular organisms are eukaryotes, such as protozoa. All multicellular organisms are eukaryotes, including animals, plants and fungi.
How beryllium makes use of bronze?
Beryllium is sometimes added to bronze to improve its strength, hardness, and thermal conductivity. The addition of beryllium can enhance the overall performance of bronze in various applications like aerospace components, electronic connectors, and tools where these properties are crucial. It can also improve the corrosion resistance of bronze in specific environments.
What is the change in conductivity as the concentration of the NaCl solution was increased by the addition of NaCl drops?
The electrical conductivity of the solution will be higher if the concentration of NaCl increase.
What is doping process?
It is the addition of impurities to a semi-conductor in order improve their electrical conductivity.
How do you carry out experiment to verify parallelogram law of vector addition?
Using Gravesand's apparatus
What is doping in chemistry?
Addition of small amount of foreign impurity in the host crystal is known as doping. It increases the electrical conductivity.
2 major Phases of gymnastics in PE?
Balance support on an apparatus and tumbling are routine gymnastic exercises covered in most physical education classes in addition to the trolley horse.
Thermal conductivity of magnesia-carbon?
The thermal conductivity of magnesia-carbon refractories typically ranges from 5-15 W/mK, depending on the composition and temperature. This material is commonly used in high temperature applications such as steelmaking due to its good thermal shock resistance and low thermal conductivity. The addition of carbon can enhance the thermal conductivity compared to pure magnesia refractories.
Why universal force table apparatus called universal?
The universal force table apparatus is called universal because it allows for the study of various types of forces and their resultant vectors in a two-dimensional plane. It can be used to analyze different force systems and investigate the principles of equilibrium and vector addition for a wide range of applications and experiments.
Why universal force table apparatus is called universal?
The universal force table apparatus is called universal because it can be used to demonstrate a wide range of fundamental principles related to forces and vectors, such as equilibrium, resolution, composition, and addition of forces. It allows students to explore various force configurations in a hands-on and interactive way, making it a versatile tool for physics education.
State the physical properties of metals?
Metals are typically shiny, have high electrical conductivity, high thermal conductivity, and are malleable and ductile. They are also usually dense and have a metallic luster.
If a cell synthesizes large quantities of protein which organelles might be numerous in that cell?
If a cell is synthesizing large quantities of protein, organelles such as ribosomes, endoplasmic reticulum (especially rough ER), and Golgi apparatus may be numerous. Ribosomes are responsible for protein synthesis, rough ER is involved in protein folding and processing, and the Golgi apparatus packages and modifies proteins for transport.
What are the materials used to carry on allows the flow of curant materials?
Materials that allow the flow of current include metals like copper, silver, and aluminum due to their high conductivity. Other materials, like semiconductors such as silicon and germanium, can also allow current flow with specific doping to control conductivity. In addition, electrolytes like salt solutions and conductive polymers can also allow current flow.
How does a vesicle relate to a Golgi apparatus?
The Golgi apparatus, or Golgi body, collects cell products in one place and the the vesicles move the product where it needs to be, whether in another part of a cell, or outside of the cell. The Golgi apparatus functions in modifying, packaging, storing, and distributing proteins produced by the ER. After the proteins are received at its inner face, they are often modified by the addition of a carbohydrate chain or a phosphate group. They are packaged into secretory vesicles that move to the plasma membrane, where their contents are discharged. For example, this is the way hormones are secreted into blood by the glands taht produce them.
