B.Pharm General Pharmacy Important Questions PDF

GENERAL PHARMACY – BP102T UNIT-WISE Important Questions with Answers, B.Pharma 1st Semester.

Unit – 1

1. Very Short Answers Questions

★ Q1. Who is recognized as the Father of Pharmacy Education in India?
Q2. In which year and institution was the first degree-level pharmacy course launched in India?
★ Q3. Name India’s first pharmaceutical company and its distinguished founder.
Q4. What was the primary mandate of the Chopra Committee appointed in 1930?
★ Q5. What is the Latin origin and literal English meaning of the prescription symbol Rx?
Q6. Define an official Pharmacopoeia in the context of pharmaceutical standards.
★ Q7. Which historic provision of the Indian Patent Act 1970 revolutionized Indian drug manufacturing?
Q8. Which autonomous commission publishes the Indian Pharmacopoeia and National Formulary of India?
Q9. Translate the Latin prescription terms b.i.d. and stat. into English.
★ Q10. What is Therapeutic Drug Monitoring (TDM) and why is it conducted?
Q11. State the official chemical name and chemical formula of Paracetamol IP.

2. Short Answer Questions

★ Q1. Outline the major historical milestones in the evolution of pharmacy education in India.
Q2. Describe the industrial contributions of Acharya P.C. Ray and Prof. T.K. Gajjar.
Q3. Explain the constitution and primary regulatory functions of the Pharmacy Council of India (PCI).
★ Q4. Discuss the core professional responsibilities of a community pharmacist in patient care.
Q5. Explain the role of a clinical pharmacist in Adverse Drug Reaction (ADR) monitoring and PvPI.
Q6. Differentiate between Quality Control (QC) and Quality Assurance (QA) in pharma manufacturing.
★ Q7. Enlist major international pharmacopoeias with their respective publishing authorities.
Q8. Write a concise note on the National Formulary of India (NFI) and its clinical significance.
Q9. Summarize the four-volume structural layout of the Indian Pharmacopoeia (IP 2022).
★ Q10. Highlight the medico-legal importance of Prescriber Information and Date on prescriptions.
Q11. Illustrate the systematic 5-step workflow followed by a pharmacist when handling a prescription.
Q12. Provide the English meanings for the Latin terms: a.c., p.c., h.s., p.r.n., s.l., and coch. mag.

3. Long Answer Questions

★ Q1. Detail the evolution of the pharmacy profession in India across education, industry, and regulatory frameworks.
★ Q2. Discuss the expansive scope of the pharmacy profession across Community, Hospital, Industrial, and Regulatory domains.
★ Q3. Elaborate on the history, milestones, and salient developments of the Indian Pharmacopoeia from 1955 to 2026.
Q4. Explain the structure of an official drug monograph. Present a comprehensive study of Paracetamol IP.
★ Q5. Detail the format of an ideal prescription with an annotated diagram and describe each of its eight core parts.
Q6. Discuss the systematic procedure of prescription handling by pharmacists and compile a master Latin glossary.

Unit – 2

1. Very Short Answers Questions

★ Q1. Define the term Posology.
Q2. What constitutes the official standard for British 100° Proof Spirit?
★ Q3. State Young’s rule formula for pediatric dose calculation.
Q4. Define an Active Pharmaceutical Ingredient (API).
★ Q5. What is the freezing point depression (ΔTf) of human blood plasma and tears?
Q6. What is the household volumetric equivalent of one tablespoonful in milliliters?
★ Q7. Define Sodium Chloride Equivalent (E-value) of a drug substance.
Q8. What is the fundamental operational principle of Geometric Dilution?
Q9. What happens to erythrocytes (RBCs) when placed in a hypotonic solution?
Q10. Name two official examples of tablet disintegrants.

2. Short Answer Questions

★ Q1. Differentiate between Alligation Medial and Alligation Alternate calculation methods.
★ Q2. State Dilling’s rule, Clark’s rule, and Fried’s rule for pediatric dose calculations.
Q3. Explain the Freezing Point Depression (ΔTf) method for adjusting solution isotonicity.
★ Q4. Calculate the proportion of 95% v/v and 45% v/v alcohol required to prepare 500 mL of 70% v/v alcohol.
Q5. Define Proof Spirit and determine the proof strength of 90% v/v and 40% v/v alcohol.
★ Q6. Enumerate six ideal characteristics of pharmaceutical excipients.
Q7. Describe the step-by-step compounding procedure of Geometric Dilution with an example.
Q8. Explain the biological effects of hypertonic and hypotonic solutions on human cells (crenation and hemolysis).
Q9. Explain the functional pharmaceutical roles of diluents, binders, and glidants in tablets.
Q10. Convert a 0.02% w/v Benzalkonium Chloride solution into its equivalent ratio strength.
Q11. Differentiate between Enteral and Parenteral routes of drug administration with advantages and limitations.
Q12. State four essential therapeutic needs for converting a pure API into a dosage form.
Q13. Classify solid dosage forms into Unit and Bulk types with representative pharmaceutical examples.
Q14. Calculate the pediatric dose of Paracetamol for an 8-year-old child weighing 25 kg (Adult dose = 500 mg) using Young’s andmClark’s rules.

3. Long Answer Questions

★ Q1. Define Posology. Discuss in detail physiological, pathological, and pharmacological factors influencing drug dosage.
★ Q2. Give an exhaustive classification of pharmaceutical dosage forms based on physical states (solid, liquid, semisolid, gaseous) with examples.
★ Q3. Define pharmaceutical excipients. Classify excipients based on functional roles with standard commercial examples.
★ Q4. Define isotonic solutions. Discuss Class I tonicity adjustment methods (ΔTf and NaCl Equivalent) with formulas and solved examples.
Q5. Describe enteral, parenteral, topical, and inhalation routes of drug administration with specific advantages and limitations.
Q6. Discuss the metric system, scientific notation, and expressions of dilute solutions (% w/v, % v/v, % w/w, ratio) with prescription safety rules.

Unit – 3

1. Very Short Answers Questions

★ Q1. Define pharmaceutical powders.
Q2. What is the official stoichiometric ratio of Citric Acid, Tartaric Acid, and Sodium Bicarbonate in effervescent powders?
★ Q3. What is a eutectic mixture?
Q4. Which standard sieve number is officially used to achieve the desired fineness for dusting powders?
Q5. Name two enteric-coating polymers used to coat tablets.
★ Q6. State the primary functional role of superdisintegrants in tablet manufacturing with one example.
★ Q7. Which capsule size possesses the largest volume capacity and which is the smallest for human oral use?
Q8. Differentiate between buccal tablets and sublingual tablets regarding their site of administration.
Q9. What plasticizers are incorporated into soft gelatin capsule shells to impart elasticity?
Q10. What is the standard percentage moisture content of finished hard gelatin capsule shells?

2. Short Answer Questions

★ Q1. Differentiate between Medical Dusting Powders and Surgical Dusting Powders.
Q2. Explain the effervescence reaction and give the balanced chemical equation for effervescent powders.
Q3. Distinguish between hygroscopic powders and deliquescent powders with examples and dispensing remedies.
★ Q4. What are eutectic mixtures? Name the common drugs that form them and discuss two dispensing remedies.
Q5. Describe the particle size reduction technique called ‘Pulverization by Intervention’ with an example.
Q6. State four advantages and four disadvantages of pharmaceutical powders.
★ Q7. Explain the functions of diluents, binders, and glidants in tablet formulations with two examples of each.
Q8. Differentiate between Hard Gelatin Capsules (HGC) and Soft Gelatin Capsules (SGC) on five key parameters.
Q9. Describe the preparation, composition, and characteristics of moulded tablets (tablet triturates) and pills.
Q10. Outline the direct compression method and dry granulation method (slugging/roller compaction) for tablet manufacturing.
★ Q11. Explain the standard capsule sizing system from Size 000 to Size 5, including volume capacity and fill capacity.
Q12. Why are tablets coated? Explain enteric coating and name three enteric coating polymers.
Q13. Explain the role of wetting agents and plasticizers in capsule formulation.
Q14. Outline the method of geometric dilution for mixing potent drugs with bulk diluents.

3. Long Answer Questions

★ Q1. Give an exhaustive classification of pharmaceutical powders. Explain in detail the special category powders (dusting, effervescent, efflorescent, hygroscopic/deliquescent, and eutectic mixtures) with examples and dispensing remedies.
★ Q2. Define pharmaceutical tablets. Classify tablets based on their route of administration and release characteristics with examples. Discuss the major excipient categories used in tablet manufacturing.
★ Q3. Describe the complete step-by-step manufacturing process of tablets by the Wet Granulation method. Compare Wet Granulation with Direct Compression and Dry Granulation.
★ Q4. Define pharmaceutical capsules. Differentiate between Hard Gelatin Capsules (HGC) and Soft Gelatin Capsules (SGC). Provide a detailed account of standard capsule sizes, volume capacities, and excipients used in capsules.
Q5. Describe the industrial manufacturing and filling processes of Hard Gelatin Capsules (6 machine steps) and the Rotary Die encapsulation process for Soft Gelatin Capsules.
Q6. Define moulded tablets and pills. Describe their methods of preparation, formulation components, and present a detailed comparison between compressed tablets, moulded tablets, and pills.

Unit – 4

1. Very Short Answers Questions

★ Q1. What is the official concentration of sucrose in Simple Syrup IP?
Q2. Define aromatic waters with two official pharmacopoeial examples.
★ Q3. State the fundamental difference in the application technique of a liniment compared to a lotion.
Q4. Which vehicle base is used in Mandl’s Paint (throat paint) and what is its pharmaceutical purpose?
★ Q5. Differentiate between flocculated and deflocculated suspensions regarding cake formation.
Q6. State the standard primary emulsion ratio (Oil : Water : Gum) for fixed oils by the dry gum method.
★ Q7. Which dye solubility test observation confirms an Oil-in-Water (O/W) emulsion using Amaranth dye?
Q8. Why should liniments never be applied to broken skin or open wounds?
Q9. Define an elixir and state its typical alcohol concentration range.
Q10. What is cracking in an emulsion, and is it a reversible or irreversible instability?

2. Short Answer Questions

★ Q1. Differentiate between Liniments and Lotions on the basis of definition, application method, vehicle, and official examples.
★ Q2. Explain why Simple Syrup IP (66.7% w/w) acts as a self-preserving solution without added chemical preservatives.
Q3. Differentiate between gargles and mouthwashes with respect to purpose, site of action, and usage directions.
★ Q4. Compare Flocculated and Deflocculated suspensions regarding particle state, sedimentation rate, sediment nature, and redispersibility.
Q5. Describe the three official methods of preparation of aromatic waters (Solution, Distillation, and Alternate Solution method).
★ Q6. State the standard primary emulsion ratios (Oil : Water : Gum) for fixed oils, volatile oils, and mineral oils.
Q7. Describe the step-by-step compounding procedure of the Dry Gum (Continental) method for primary emulsion preparation.
Q8. Differentiate between Oil-in-Water (O/W) and Water-in-Oil (W/O) emulsions with suitable examples.
Q9. Describe five official identification tests used to distinguish between O/W and W/O emulsions.
Q10. What are linctuses? Explain their mechanism of demulcent action and their special patient administration instructions.
Q11. Explain five physical instabilities of emulsions (Flocculation, Creaming, Coalescence, Cracking, and Phase Inversion).
Q12. Describe the formulation excipients used in pharmaceutical suspensions (suspending agents, wetting agents, and flocculating agents).
Q13. Explain the Wet Gum (English) method and Bottle (Forbes) method of emulsion preparation.
Q14. Classify enemas into evacuant and retention enemas with their therapeutic purposes, volumes, and examples.

3. Long Answer Questions

★ Q1. Classify monophasic liquid dosage forms for internal use (Aromatic waters, Syrups, Elixirs, and Linctuses). Discuss their definitions, preparation methods, official examples, and special storage or administration rules.
★ Q2. Define pharmaceutical suspensions. Explain in detail the differences between flocculated and deflocculated suspensions with a diagram. Discuss formulation excipients and general methods of preparation.
★ Q3. Define pharmaceutical emulsions. Classify emulsifying agents with standard examples and stabilization mechanisms. Discuss Griffin’s HLB scale and describe all official tests for identification of emulsion types.
★ Q4. Describe the preparation of primary emulsions by Dry Gum, Wet Gum, and Bottle methods with stoichiometric ratios. Discuss the physical instability pathways of emulsions with a comparative table and diagram.
Q5. Discuss monophasic liquids for external use and body cavities: Liniments vs Lotions, Throat paints, Applications, Gargles vs Mouthwashes, Enemas, and Ear/Nasal/Eye drops with examples.
Q6. Discuss formulation excipients used in liquid dosage forms (solvents, co-solvents, preservatives, organoleptic additives, buffers, antioxidants) and explain the preparation methods and inversion reactions of syrups.

Unit – 5

1. Very Short Answers Questions

★ Q1. Define an ointment according to official pharmacopoeial specifications.
Q2. What is the standard concentration of solids present in pharmaceutical pastes?
★ Q3. Name the four official classes of ointment bases.
Q4. What is the official composition of Glycerinated Gelatin suppository base?
★ Q5. Define Displacement Value (DV) of an active drug in suppository formulation.
Q6. Which polymorphic form of cocoa butter (Theobroma oil) is the stable crystalline form required for suppositories?
★ Q7. What are the standard unit weights for adult and pediatric rectal suppositories?
Q8. Which neutralizing agent is commonly added dropwise to Carbomer solutions to trigger gel formation?
Q9. Which mold lubricant is recommended when preparing cocoa butter suppositories?
Q10. Differentiate between Type I and Type II absorption ointment bases.

2. Short Answer Questions

★ Q1. Differentiate between Ointments, Creams, Pastes, and Gels on physical nature, solid content, water content, and primary clinical use.
★ Q2. Classify ointment bases with suitable official examples and specific clinical indications for selection.
Q3. Differentiate between Type I (Anhydrous) and Type II (Hydrous) absorption ointment bases with examples.
★ Q4. Explain the phenomenon of polymorphism in Cocoa Butter (Theobroma oil) and state the temperature precaution required during melting.
Q5. State six essential properties of an ideal suppository base.
★ Q6. Calculate the displacement value of Zinc Oxide in cocoa butter suppositories given: Weight of 10 blank suppositories = 20.0g, Weight of 10 medicated suppositories (40% Zinc Oxide) = 26.0 g.
Q7. Differentiate between Cocoa Butter bases and Polyethylene Glycol (PEG) bases on melting behavior, storage, and body fluid interaction.
Q8. Describe the preparation of creams by the two-phase fusion and emulsification method.
Q9. Describe the sol-to-gel transformation mechanism during the preparation of Carbomer hydrogels.
Q10. Classify suppositories based on the site of insertion, shape, standard weights, and therapeutic indications.
Q11. Explain the functional roles of humectants, permeation enhancers, and antioxidants in semisolid dosage forms with examples.
Q12. Describe the Cold Compression method and Hand Rolling method for preparing suppositories.
Q13. Differentiate the mold lubricants used for Cocoa Butter bases, Glycerinated Gelatin bases, and Synthetic hard fats.
Q14. State four major advantages and four disadvantages of rectal suppositories.

3. Long Answer Questions

★ Q1. Classify ointment bases in detail (Oleaginous, Absorption, Water-removable, and Water-soluble) with chemical composition, properties, advantages, and examples. Discuss clinical selection criteria for ointment bases.
★ Q2. Describe the general methods of preparation of ointments (Trituration, Fusion, Chemical reaction, Emulsification) and pastes with detailed working steps.
★ Q3. Define suppositories and pessaries. Discuss the classification of suppository bases (Fatty, Water-soluble, and Emulsifying) with detailed accounts of Cocoa butter polymorphism and Glycerinated gelatin base.
★ Q4. What is Displacement Value? Explain its significance, mathematical formula, and step-by-step solved calculation. Describe the Fusion / Pour Molding method of suppository manufacturing with all 6 operational steps.
Q5. Give an exhaustive account of formulation excipients used in semisolid dosage forms (antioxidants, preservatives, humectants, permeation enhancers, gelling agents, chelating agents, buffers) with mechanisms and examples.
Q6. Discuss the advantages and disadvantages of semisolid dosage forms and suppositories. Compare the rectal route with oral administration regarding hepatic first-pass metabolism and gastric tolerability.

📌 Questions marked with (★) represent high-frequency university exam as well as internal exam questions derived from PCI semester evaluation trends. Students must prioritize these questions for core concept clarity and good scoring in exam.