Last Updated: September 2026 |
Target Audience: Class 9 & 10 Students |
Curriculum Mapping: Federal Board (FBISE) & Punjab Boards |
Subjects : Mathematics, Physics, Chemistry, Biology |
Target Audience: Class 9 & 10 Students |
Curriculum Mapping: Federal Board (FBISE) & Punjab Boards |
Subjects : Mathematics, Physics, Chemistry, Biology |
Academic Science Quiz Portal
Comprehensive Practice for Class 9 and 10 Science Syllabi
Welcome to the Academic Science Quiz hub of sscquizhub.com. Designed specifically for Class 9 and Class 10 students, our platform features an extensive repository of multiple-choice questions mapped directly to the curricula of the Federal Board (FBISE) and Punjab Boards.
Whether you are preparing for board exams or competitive assessments, our database covers core subjects including Physics, Chemistry, Biology, and General Science. Each question is accompanied by detailed explanations to reinforce conceptual clarity and objective-testing strategies.
Available Subject Modules & Coverage
- Physics (Class 9 & 10): Covers Kinematics, Dynamics, Work & Energy, Waves, Geometrical Optics, Electrostatics, and Current Electricity.
- Chemistry (Class 9 & 10): Covers Atomic Structure, Periodic Table, Chemical Bonding, Solutions, Electrochemistry, and Acids/Bases.
- Biology (Class 9 & 10): Covers Cell Biology, Bioenergetics, Nutrition, Gas Exchange, Homeostasis, and Genetics.
- General Science: Foundation modules focusing on integrated scientific principles and everyday science.
🔍 Question Validation & Quality Assurance: To ensure high academic accuracy, our question bank goes through a rigorous multi-tier validation pipeline. Questions are initially processed using advanced AI modules to check logical consistency, followed by verification against standard curriculum textbooks and authoritative online resources via Google. Detailed explanations are made available to help students learn from each attempt.
💡 Study Tip: For optimal retention, use these quizzes in tandem with your textbook chapters. Read the relevant chapter, complete a targeted test, and review the explanations for any missed questions.
Choose a subject below to begin your practice:
1. Physics
Master kinematics, dynamics, work and energy, thermodynamics, and electromagnetism.
2. Chemistry
Test your grasp on organic, inorganic, and physical chemistry to ensure no topic is left unprepared.
3. Biology
Evaluate your knowledge of the entire living world, from cell biology to human physiology.
4. General Science
Challenge yourself with complete problem sets covering foundational science concepts.
⚙️ INTERACTIVE QUIZ SETUP
📂 Available Academic Question Bank Coverage
Our academic database is structured by grade level and textbook chapters to support board exam preparation and conceptual mastery:
Class 10 Biology:
7 Chapters (342+ MCQs)
Class 10 Chemistry:
5 Chapters (209+ MCQs)
Class 10 Mathematics:
12 Chapters (1014+ MCQs)
Class 10 Physics:
7 Chapters (509+ MCQs)
Class 11 Mathematics:
9 Chapters (2727+ MCQs)
Class 11 Physics:
11 Chapters (1983+ MCQs)
Class 9 Biology:
13 Chapters (1009+ MCQs)
Class 9 Chemistry:
14 Chapters (1141+ MCQs)
Class 9 Mathematics:
16 Chapters (1004+ MCQs)
Class 9 Physics:
9 Chapters (722+ MCQs)
Class General General:
1 Chapters (199+ MCQs)
📚 Solved Academic MCQs & Concept Explanations – 10 | Physics | Atomic and Nuclear Physics
Study these curriculum-aligned objective questions with verified answers and step-by-step explanations below, or use the interactive quiz configurator above to launch a customized test.
Q1Across a period, how do atomic radius and electronegativity change?
💡 Explanation: Higher nuclear charge across a period pulls electrons closer, decreasing radius and increasing electronegativity.
Q2What is the primary function of Radioactivity in the context of Chapter 18: Atomic and Nuclear Physics?
💡 Explanation: Radioactivity is the spontaneous decay of unstable atomic nuclei accompanied by alpha, beta, or gamma emissions.
Q3What is the key characteristic of radioactivity within Chapter 18: Atomic and Nuclear Physics?
💡 Explanation: Radioactivity is the process by which unstable atomic nuclei release alpha, beta, or gamma particles due to their natural decay.
Q4What is the primary action of Radioactivity in Chapter 18: Atomic and Nuclear Physics?
💡 Explanation: Radioactivity is the spontaneous decay of unstable atomic nuclei accompanied by alpha, beta, or gamma emissions.
Q5What is the primary process by which radioactive substances decay?
💡 Explanation: Radioactivity is the spontaneous decay of unstable atomic nuclei accompanied by alpha, beta, or gamma emissions.
Q6What is the primary role of Half-Life in Physics?
💡 Explanation: Half-life in Physics refers to the duration needed for half of a radioactive sample to undergo decay. Its primary role is to measure the time it takes for the quantity of a radioactive substance to reduce to half of its initial value.
Q7How does Half-Life function?
💡 Explanation: Half-life is a characteristic property measuring the duration needed for half of a radioactive sample to undergo decay.
Q8What is the primary purpose of a half-life in the context of radioactive decay?
💡 Explanation: Half-life is the time it takes for half of a radioactive sample to undergo decay. In the context of radioactive decay, the primary purpose of a half-life is the decay of half of the radioactive nuclei.
Q9What is the term for the time it takes for half of the radioactive nuclei in a sample to decay?
💡 Explanation: Half-life is a characteristic property of radioactive substances, representing the duration needed for half of a sample to undergo decay.
Q10What does half-life measure?
💡 Explanation: Half-life is the time required for half of a radioactive sample to decay.
Q11What is the Half-Life of a radioactive isotope?
💡 Explanation: Half-life is a characteristic property measuring the time needed for half of a radioactive sample to undergo decay.
Q12What is the biological function of Half-Life?
💡 Explanation: Half-life is a characteristic property measuring the duration needed for half of a radioactive sample to undergo decay.
Q13What is the primary action of Half-Life?
💡 Explanation: Half-life is the time it takes for half of a radioactive sample to decay. The primary action of Half-Life is the decay of half of the radioactive nuclei in the sample.
Q14What is the process of Nuclear Fission?
💡 Explanation: Nuclear fission occurs when a heavy nucleus, like Uranium-235, absorbs a neutron and splits apart, releasing immense energy.
Q15What is the process of breaking a heavy nucleus into smaller nuclei?
💡 Explanation: Nuclear fission occurs when a heavy nucleus, like Uranium-235, splits apart after absorbing a neutron, releasing immense energy.
Q16What process occurs when a heavy nucleus splits apart due to neutron absorption?
💡 Explanation: Nuclear fission is the process in which a heavy nucleus, like Uranium-235, absorbs a neutron and splits apart, releasing immense energy.
Q17What is the core function of nuclear fission?
💡 Explanation: Nuclear fission involves splitting a heavy nucleus into smaller nuclei, releasing significant energy.
Q18In Chapter 18: Atomic and Nuclear Physics, what is Nuclear Fission based on? A) The spontaneous emission of an energetic helium nucleus from a radioactive atom B) The splitting of a massive heavy atomic nucleus into two or more smaller lighter nuclei C) The artificial acceleration of high-velocity electrons striking a heavy-metal target D) The fusing of two lightweight atomic nuclei together to form a heavier stable nucleus
💡 Explanation: Nuclear fission occurs when a heavy nucleus, such as Uranium-235, absorbs a neutron and splits into smaller pieces.
Q19What is the definition of Nuclear Fusion and its role in Chapter 18: Atomic and Nuclear Physics?
💡 Explanation: Nuclear fusion is the process of combining lightweight atomic nuclei to form a heavier nucleus, releasing a large amount of energy. This process is crucial, as it powers the sun and occurs in stars. In Chapter 18: Atomic and Nuclear Physics, you will learn about the principles and applications of nuclear fusion.
Q20How does Nuclear Fusion occur within the context of Chapter 18: Atomic and Nuclear Physics?
💡 Explanation: Nuclear fusion is the process of combining lightweight atomic nuclei to form a heavier nucleus, releasing immense energy. This occurs in stars like the sun, where extreme temperature and pressure allow the fusion of hydrogen nuclei (protons) into helium.