SS1: BIOLOGY - 1ST TERM
Introduction to Biology | Week 16 Topics|1 Quiz
Recognizing Living Things | Week 23 Topics|1 Quiz
Organisation of Life | Week 33 Topics
Classification of Living Organisms | Week 47 Topics|1 Quiz
Kingdom Prokaryotae / Monera & Kingdom Protista | Week 53 Topics|3 Quizzes
Kingdom Fungi & Kingdom Plantae | Week 69 Topics|2 Quizzes
Kingdom Animalia I | Week 76 Topics|1 Quiz
Kingdom Animalia II | Week 85 Topics|1 Quiz
The Cell | Week 93 Topics|1 Quiz
The Cell Structure and Functions | Week 104 Topics|1 Quiz
The Cell and its Environment | Week 114 Topics|1 Quiz
Nutrition in Plants | Week 124 Topics|1 Quiz
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Method of Science
Science is the systematic process of making enquiries about the living and non-living things in our environment.
Science is all about finding out things. Biology employs the method of science in enquiry.
The method of science begins with observation.
The following steps must be taken in carrying out a project or study in science.
II. Identifying a problem
V. Collation & Interpretation of findings & date
VII. Generalization and Theorizing
I. Observation: This means looking at something carefully and critically with a view to finding an answer to a problem or question. The senses (i.e sight, taste, hearing, touch, smell) are used in making observations. This leads to formation of a hypothesis or a tentative answer that can be
II. Hypothesis – a tentative answer or guess which can be tested.
III. Experimentation – Experiments involve measurements and counting. They usually have control. Control is part of an experiment that proves that the changes observed in an experiment are due to the factors being considered. It gives the investigator a high degree of confidence in his result and conclusion. It eliminates bias or doubt.
The control experiment is placed under normal conditions while in the test experiment all the factors are also present except the factor being considered which is either eliminated or varied.
IV, V, VI. Collation, Conclusions, Generalization and Theorizing:
Results from an experiment are collated and conclusions are drawn. When other scientists repeat the experiment and get the same result, it becomes a theory. When a theory has been tested and found to be consistently true, it is accepted as a law or principle. New discoveries improved technology and continual experimentation can also lead to the modification of existing laws.
Summary of Main Stages:
a. Observe the natural phenomenon
b. Note the pattern of events and identify a problem
c. Formulate and state hypothesis (scientific guesses)
d. Design and carryout experiments to test the hypothesis