31 Years NEET-AIPMT Chapterwise Solutions - Biology Paperback – 30 Jun This item Years NEET-AIPMT Chapterwise Solutions - Biology by MTG Editorial Board Paperback Rs. THREE BOOKS COMBO OF 31 Years NEET-AIPMT Chapterwise Solutions PHY,CHEM AND BIO. 30 Years NEET-AIPMT Chapterwise Solutions - Biology Paperback – 22 Jun This item Years NEET-AIPMT Chapterwise Solutions - Biology by MTG Editorial Board Paperback Rs. 30 Years NEET-AIPMT Chapterwise Solutions - Chemistry by MTG Editorial Board Paperback Rs. - download NEET UG / AIPMT Biology - Volume I book online at best prices in India on Read NEET UG / AIPMT Biology - Volume I book.

Aipmt Biology Book

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Find NEET (AIPMT) best books for physics, chemistry and biology with askIITians. Click here to know more about NEET (AIPMT) online coaching. Recommended by teachers and medicos (who cleared NEET/AIIMS/AIPMT). books", "For studying chemistry and biology for NEET, refer to NCERT books. What books should I refer to for biology (for the AIPMT)?. 3, Views · What are the best reference books for biology and chemistry for AIPMT? 8, Views.

Maximum problems in this book are designed by combining two or more concepts. Answering them need thinking and deep knowledge. The books that can help you take care of the Physics portion in the entrance are: 1.

It is a book that aims to comprehensively guide the students in various aspects of physics thus, making them fully equipped to answer any type of questions that may come in the exams. Each topic has been intricately dealt with in the book. The book comes supplemented with a large number of solved and unsolved problems. Numerical exercises inundate the book for a better understanding of the subject.

Objective Physics by Prof. This book covers every all of question. And students can boost their confidence after going through this book. The book remains true to its title and surely NCERT will be at your fingertips tips which indeed makes it a must read.

Write formulae, key points, on a set of cards and organise according to preference.

But remember, exams test your understanding more than memory. Testing of Hypothesis 4. Developing theory 1. Observation It is simply the ability to notice something, keeping records and finding out answer for question framed by the observer.

A scientific investigator must have a clear idea about what is to be observed and what is to be ignored. A scientist needs to direct the observations that raise question, like what, why, how.

Measuring everything is neither wise nor possible. It is also very important to find out the proper method of measurement and keeping record of data.

All data should be preserved because any one of them might be useful in answering any present or future question. Formulation of Hypothesis The next requirement is to develop a number of potential explanations or hypothesis based on the observation.

Suppose, suddenly you realize that a room is dark. As an explanation for this perception, you may formulate several hypothesis , such as the switches are turned off or the bulbs are burnt out or, perhaps, you are going blind. Actually, a hypothesis is a logical explanation that accounts for the observation. This step involves guessing or predicting the plausible answers to a question.

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A good hypothesis should be as simple as possible. A hypothetical proposition might stand true or false. Hence, the data that emerge from a set of observations must be analysed which may help to make some kind of coherent generalization. Testing of Hypothesis You need to test the hypothesis.

For this, you must devise ways of testing. Generally, the scientists carry out an experiment for testing one or more hypothesis. Based on the result of experiment they eliminate or confirm one or more of the hypothesis.

This process helps to reject the most unlikely hypothesis and select the most likely one. Considering the hypothesis made earlier for explaining the causes of darkness in the room, first, as an experiment, you may try to switch on the light.

AIPMT 25 years Biology Rebooster

If the room is still dark the first hypothesis is untrue and hence it is to be rejected. The shortcoming of this experiment is that it does not prove the other two hypothesis are true or false.

A standard type of experiment is called control experiment. Usually a scientist performs two sets of parallel experiments that are identical in all respects except in one variable. For example, to test the specific type of nutrient that affects the growth of plant, you may take five pots, each containing the same type of plant. Then add different nutrients to four of them and no nutrient to the fifth pot.

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This pot will serve as a control for your experiment. In the next step, expose all the five plants to sunlight and water them uniformly. Observe the differences in growth of all the plants, record your data and formulate the appropriate hypothesis. Developing theory If the repeated experiments to test a hypothesis of the prediction give the same result again and again the hypothesis gains validity.

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A hypothesis that survives repeated tests over a long period of time and that has central importance to an area of science, may be considered a theory. Robert Hooke observed the presence of cellulae in Latin, small rooms and hence cells as early as , whereas the actual living cells were observed a few years later by Anton van Leeuwenhoek. Actually, Hookes concept of cell received the proper recognition in , when a botanist, Matthias Schleiden, carefully studied plant tissues and developed the first statement on Cell Theory.

Following this Theodor Schwann reported animal tissues in An important extension of Cell Theory all living cells arise from preexisting cells. It came 20 years later in when Louis Pasteur successfully refuted the concept of spontaneous origin of life.

Today, the likelihood of the cell theory being rejected is almost zero. Any scientific finding should be published.

Biology: The Science of Life The living organisms interact with one another as well as with their physical and chemical environment. Biology Bios : life; logos: to discover is the scince that studies living organisms. Biology and its relation to other science All the disciplines of science are interrelated.

The approach of studying biology has presently become multi-disciplinary and more broad based then before. Today a new name-life science is often used in place of Biology, to cover its wide scope.

The study of life science involves the knowledge of other basic sciences, such as physics and chemistry. Biology A science of exceptions Biology, however, is a science of exceptions. This is because it deals with living organisms which show enormous variation and are capable of changes.

Due to evolution living organism show a number of exceptions. Some important exceptions in biology are as follows Mature RBC of mammals are enucleated except camel and llama Nucleated RBC is present Normally the root of plants are positively geotropic but in mangrove plants Rhizophora negatively geotropic pneumatophores are present. Ostrich, Emu, Cassowary and Kiwi are birds which cannot fly. Duckbilled platypus and spiny ant eaters lay eggs like birds but they are mammals cledoic egg Crocodiles and alligators are reptiles having four chambered heart like mammals instead of incomplete four chambered heart of reptiles.

Generally mammals have seven cervical vertebrae while sea cow has six and sloth has nine cervical vertebrae. Fishes have gills for respiration while lung has alveolar sac like lungs.

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Scope of Biology Biology influences our daily life as well as our future. The development and use of modern medicine depends on the understanding of structure and functions of cells, tissues, organs and organ-systems of the human body. Information about the life-histories of the causative agents of diseases and their relation with man are of much value for prevention and cure of many diseases.

We can also develop the skill to understand the cause of many hereditary diseases and genetic disorders. Haloalkanes and Haloarenes Alcohols, Phenols and Ethers Aldehydes, Ketones and Carboxylic Acids Amines Biomolecules Polymers The Living World 2. Biological Classification 3.

Plant Kingdom 4. Animal Kingdom 5. Morphology of Flowering Plants 6.

Anatomy of Flowering Plants 7. Structural Organisation in Animals 8. The Unit of Life 9. Bio-molecules Cell Cycle and Cell Division Transport in Plants Photosynthesis in Higher Plants Respiration in Plants Plant Growth and Development Digestion and Absorption Breathing and Exchange of Gases Body Fluids and Circulation Excretory Products and Their Elimination Locomotion and Movement Neural Control and Coordination Chemical Coordination and Integration Reproduction in Organisms Sexual Reproduction in Flowering Plants Human Reproduction Reproductive Health Principles of Inheritance and Variation Molecular Basis of Inheritance Evolution Human Health and Disease Strategies for Enhancement in Food Production Microbes in Human Welfare Principles and Processes Biotechnology and its Applications James D.

A scientist needs to direct the observations that raise question, like what, why, how. Oscillations And students can boost their confidence after going through this book. The Solid State Observed the placenta in dolphins as a means of nourishment to the foetus.