Gases exhibit unique properties compared to solids and liquids, including compressibility and variable densities. Pressure is defined as force per unit area, with common pressure units like atm, mmHg, and torr. Gas laws such as Gay-Lussac's Law, Boyle's Law, and Charles's Law describe the relationsh

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Powder flow properties play a crucial role in pharmaceutical manufacturing processes. Free-flowing or cohesive powders can lead to various challenges like uneven flow, caking during storage, and issues in dosing uniformity. Testing methods such as Carr's compressibility index and Hausner ratio help

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Matter can be classified into gas, liquid, and solid based on particle arrangement, shape, and motion. Gases in pharmacy are crucial for various applications like anesthesia and aerosols. Properties of gases include compressibility, pressure exertion, diffusion, and expansion. Gas laws such as Boyle

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Wet granulation method in industrial pharmacy involves weighing and mixing ingredients, preparing a damp mass, converting it into wet granules, drying, dry screening, and mixing with lubricants. This method improves flowability, cohesiveness, and compressibility of powders, making them easily compre

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Conducted by Red River College in collaboration with Tire Stewardship Manitoba, this project explores the use of Tire-Derived Aggregate (TDA) sourced from recycled tires as backfill material for residential basements in Manitoba. The research focuses on investigating the compressibility, gradation d

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Powders for tablet compression must have good flowability and compressibility properties. Techniques like slugging and dry compaction are used in the production of tablets by compacting powders into granules. Dry granulation may lead to fines or non-compacted products, requiring cohesive properties.

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