Acceleration Due to Gravity

From our previous blog, we know that earth attract objects with a constant force. Whenever a constant force is applied, velocity starts changing. In our third blog of this series, we already have discussed that change in velocity per unit time is known as acceleration. In this case the acceleration is called acceleration due to gravity as it is occurring under the influence of gravitation. Acceleration due to gravity is denoted by a small ‘g’ and it’s calculated value is 9.8 m/s².

In our everyday life we have observed that whenever an object is thrown upward, it comes back after attaining a certain height. The harder we throw it, the higher it goes and comes back.

Whenever an object is thrown upward, gravitation forces it to come back to the ground. While going upward negative acceleration due to gravity works on objects as retardation. Because the motion is in the opposite direction of the force and vice versa.

Whenever something falls under the influence of gravity, known as free fall. But if another force other than gravity is also in action simultaneously it would not be a free fall as well.

On earth, we have an atmosphere filled with all the different kinds of gases known as air. Falling objects under the gravitation also experience air resistance or friction. Due to this air friction, free fall attains an equilibrium and falls with a constant. We will discuss this concept in our advanced blog in detail. Until then keep observing the gravitation and keep exploring more and more.

Comments

Electric Circuits - A brief overview of history, definition and applications

Brief history of Electric Circuits Early Concepts: Ancient Wonders: While the concept of electric circuits as we know them didn't emerge until more recent times, early civilizations like the ancient Greeks had inklings of electrical phenomena. They observed static electricity through materials like amber, a substance that, when rubbed, attracted lightweight objects. 18th Century Enlightenment: Franklin's Experiments: In the mid-18th century, Benjamin Franklin's famous kite experiment demonstrated the connection between lightning and electricity. This period laid the groundwork for understanding the nature of electric charge. 19th Century Innovations: Ohm's Law: In the 1820s, Georg Simon Ohm formulated Ohm's Law, a fundamental principle that defines the relationship between voltage, current, and resistance in a circuit. This was a pivotal moment in understanding the quantitative aspects of electricity. Telegraphy and Electrical Communication: Morse

Electric Motor - Brief History, Definition, Application and FAQs

Brief history of Electric Motor The history of the electric motor is a fascinating journey through centuries of innovation and technological advancements. Here is a detailed overview of its evolution: The concept of electromagnetism, the fundamental principle behind electric motors, was first discovered by Hans Christian Ørsted in 1820. His experiments demonstrated that an electric current could produce a magnetic field, laying the groundwork for the development of electric motors. Michael Faraday, a British scientist, made significant contributions to the understanding of electromagnetism. In 1821, he built the first electric motor by using a simple electromagnetic apparatus. Faraday's experiments paved the way for further research into electric motors. The late 19th century saw the commercialization of electric motors for various industrial applications. Inventors such as Thomas Davenport, who patented one of the earliest electric motors in 1837, and Nikola Tesla, who dev

Non-Conventional Sources of Energy - Introduction, Brief History, Types, Applications and FAQs

Brief history of non-conventional sources of energy Our reliance on fossil fuels is a relatively recent phenomenon. Throughout history, humanity has explored various ways to harness energy from the environment, laying the groundwork for the non-conventional energy sources of today. Let's embark on a journey through time to explore the development of these sustainable alternatives. Early Renewable Efforts: Wind and Water Power the Way The use of non-conventional energy sources stretches back centuries. Windmills, the forerunners of modern wind turbines, emerged in Persia (modern-day Iran and surrounding regions) around 7th century AD. These wind-powered machines were used for grinding grain and pumping water, showcasing the early understanding of harnessing wind's kinetic energy. Water power also played a significant role in early societies. Water wheels, powered by flowing rivers or streams, were used for milling grains and powering various mechanical processes. The concept

Chronon

Search This Blog