Short Questions
Easy Questions (30%)
1. What is meant by a biological problem?
2. Define the biological method.
3. What is the first step in solving a biological problem?
4. Define the term 'hypothesis.'
5. What is a control group?
6. What is an experimental group?
7. What is meant by data organization?
8. How is data analysis performed?
9. What is a theory in biology?
10. Define the term 'law' in science.
11. What is a principle in scientific terms?
12. Give an example of a biological problem.
13. What is meant by a scientific process?
14. Define a variable in an experiment.
15. What is the purpose of a hypothesis?
16. How is a conclusion different from a deduction?
17. What is the main objective of an experiment?
18. How is malaria an example of solving a biological problem?
19. Name the scientist who discovered the cause of malaria.
20. What is meant by 'data collection' in a biological experiment?
21. How do control groups and experimental groups differ?
22. What is meant by data organization in research?
23. Define a scientific method.
24. What is a 'deduction' in scientific terms?
25. What is the role of observations in solving a biological problem?
26. Why is a control group necessary in an experiment?
27. What is meant by a working hypothesis?
28. Define a scientific 'model.'
29. What is a scientific principle?
30. Give one example of a biological principle.
Moderate Questions (40%)
31. How does the biological method help solve a biological problem?
32. Explain the difference between a hypothesis and a theory.
33. Why is data analysis important in research?
34. How does a biological problem lead to scientific research?
35. Describe the role of the control group in an experiment.
36. How is a deduction formulated from a hypothesis?
37. Why is it necessary to have an experimental group in a study?
38. Explain how malaria was studied using the biological method.
39. What role did Dr. Ronald Ross play in understanding malaria?
40. How are data collected in a biological experiment?
41. What are the main steps of the scientific process?
42. Why are control groups and experimental groups used together?
43. Describe the significance of formulating a hypothesis.
44. How is a biological law established?
45. What is the importance of data organization and presentation?
46. Explain the steps involved in solving a biological problem.
47. Describe how theories are developed in biology.
48. What is the relationship between a hypothesis and an experiment?
49. How does data analysis help in understanding experimental results?
50. Describe the term 'scientific method' with reference to biology.
51. How does a biological problem differ from a general scientific problem?
52. Explain the role of observations in formulating a hypothesis.
53. Why is the experiment considered the core of the scientific method?
54. How does one differentiate between a law and a principle?
55. Describe the process of hypothesis testing.
56. What are the various methods used for data organization in biology?
57. Discuss how a scientific law is developed from repeated observations.
58. Explain how data analysis leads to scientific conclusions.
59. Describe the role of the control group in malaria research.
60. How is a deduction tested through an experiment?
Tough Questions (30%)
61. How do scientists select a biological problem for research?
62. Explain how a hypothesis is derived from a biological problem.
63. How does the biological method differ from other scientific methods?
64. What are the ethical considerations in biological research?
65. Discuss the importance of using control and experimental groups in biological research.
66. Explain how a hypothesis leads to the formulation of a theory.
67. How is data analysis crucial in drawing meaningful scientific conclusions?
68. Discuss the role of mathematics in biological data analysis.
69. How does the scientific process ensure the reliability of experimental results?
70. Explain how malaria research contributed to the understanding of parasitic diseases.
71. How does the study of malaria demonstrate the biological method in action?
72. Discuss the relationship between a hypothesis, deduction, and conclusion.
73. How do control and experimental groups validate an experiment’s results?
74. Explain how scientific theories are refined over time.
75. What is the significance of experimental design in biological research?
76. How are data organized to avoid misinterpretation?
77. What is the impact of incorrect data analysis on scientific research?
78. Explain the contribution of biological research to solving human health problems.
79. How is a biological problem translated into a research question?
80. What are the limitations of the biological method in solving complex problems?
81. How do experiments validate scientific deductions?
82. Discuss the role of repeated experiments in developing scientific laws.
83. How does biological research contribute to scientific principles?
84. Explain the importance of formulating precise hypotheses in biological research.
85. Discuss how biological research has evolved over time.
86. How do theories, laws, and principles differ in terms of scientific validity?
87. What is the role of data analysis software in biological research?
88. Discuss the impact of data misinterpretation in biological studies.
89. Explain how scientific research methods have helped in understanding complex biological systems.
90. Discuss how a biological problem can be effectively solved using the scientific method.
Long Questions (10)
Easy Questions (30%)
1. Define the biological method and explain its significance in solving a biological problem.
2. Explain the role of control and experimental groups in scientific experiments.
3. Describe the process of studying malaria as an example of the biological method.
4. How do observations lead to hypothesis formulation? Discuss with examples.
5. Explain the steps involved in solving a biological problem, highlighting each step with an example.
Moderate Questions (40%)
6. Discuss the role of the biological method in solving health-related issues. How has the study of malaria contributed to our understanding of diseases?
7. Explain how data organization and data analysis are integral parts of the scientific process. How do they help in reaching valid conclusions?
8. Discuss how a hypothesis is formulated, tested, and then transformed into a theory with examples from biology.
9. Explain the role of the scientific method in understanding complex biological systems. Discuss its application using an example.
10. Discuss how biological laws and principles are established through continuous research and observation. How does a scientific law differ from a theory?
Tough Questions (30%)
11. Discuss the relationship between a hypothesis, deduction, experiment, and conclusion in solving a biological problem. Provide examples from biological research.
12. How do control and experimental groups enhance the reliability of research findings? Discuss with reference to malaria research.
13. Describe the ethical considerations involved in biological research. How do they influence the validity of scientific findings?
14. Explain how the scientific process contributes to developing new scientific principles and laws. Discuss using examples from the study of malaria.
15. Discuss the limitations of the biological method in solving complex biological problems. How do scientists address these limitations?
This question bank covers a range of difficulty levels while adhering to BISE, Gujranwala's standards and style requirements.
