Work-Energy Theorem: Statement, Examples, and Problems
What is the Work-Energy Theorem. Check out a few examples, along with solved problems.| Science Facts
Poisson’s ratio measures a material’s deformation when stretched or compressed. It quantifies how much it shrinks or expands in directions perpendicular to an applied normal force. For example, when a rubber band is pulled, it not only gets longer but also becomes slightly thinner. Therefore, in addition to longitudinal elongation, it also experiences lateral contraction. […] The post Poisson’s Ratio appeared first on Science Facts.| Science Facts
Stress is defined as the force applied to a material divided by the area over which the force is distributed. When this force acts perpendicular to the surface, it is termed normal force. It can be further classified into tensile (pulling) or compressive (pushing) forces. Tensile stress is the tensile force acting per unit area […] The post Tensile Stress appeared first on Science Facts.| Science Facts
What is the Work-Energy Theorem. Check out a few examples, along with solved problems.| Science Facts
What is chemical energy. What are its characteristics. Check out a few examples from daily life, along with a drawing.| Science Facts
Learn what is adenosine diphosphate, its structure and function along with diagram. Also get to know how does adenosine triphosphate (ATP) become adenosine diphosphate (ADP).| Science Facts
Learn how the world works, discover the science and logic behind every phenomenon of physics, chemistry and more| Science Facts
What is uniform motion. Check out its equation and graphs. Learn its applications. Also, learn the difference between uniform motion and non-uniform motion.| Science Facts
What is Biot-Savart Law. When to use it. Learn its equation and applications. Compare and contrast Biot-Savart Law and Ampere’s Law.| Science Facts
Motion is a fundamental concept in physics that describes how objects move over time. Among various types of motion, periodic motion is particularly important because it appears in many natural and technological systems. Periodic motion refers to repeated motion, returning an object to its original position and state. Understanding periodic motion helps explain phenomena like […] The post Periodic Motion appeared first on Science Facts.| Science Facts
In magnetism, the magnetic field provides the direction and strength of the magnetic force in a region of space. For example, a current-carrying wire produces circular magnetic field lines around it, whose magnitude and direction can be found by Ampere’s Law and the right-hand thumb rule. However, directly working with the magnetic field can be […] The post Magnetic Vector Potential appeared first on Science Facts.| Science Facts
What is Helmholtz Coil. What is the formula for the magnetic field in a Helmholtz coil. Check out its applications.| Science Facts
Compressive stress is the force per unit area applied to an object that causes it to become shorter or more compact. It occurs when a material is subjected to squeezing forces that push inward from opposite directions. This is different from tensile stress, which occurs when forces pull a material apart, stretching it instead of […] The post Compressive Stress appeared first on Science Facts.| Science Facts
What is acceleration. How to find its magnitude. Does it have a direction. Learn its equations & units, along with graphs. Also, learn linear & tangential acceleration.| Science Facts
What are the different parts of a plant root – find out about the separate root regions, their structure, and functions explained with diagram| Science Facts
What are the different parts of a plant, their functions, and structures explained through labeled diagram| Science Facts
Learn what ATP stands for. What are its components. How is it formed with equation. Why is it important for the cell with meaning, structure, functions, & diagram| Science Facts
What is elasticity of materials and elastic deformation. Learn the mechanical properties of elastic materials. Check out the applications of elasticity.| Science Facts
What are stress and strain. What are its formulae, units, and types. Learn the stress-strain curve and its various stages and regions.| Science Facts
What is shear stress. How to calculate it. What are its symbol, equation, and unit. What is shear strain. Compare and contrast normal stress vs. shear stress.| Science Facts
Find out about the applied force. Learn how to calculate it. Check out a few examples, along with equations and diagrams. Compare applied force to normal force.| Science Facts
What is the shear modulus. How to calculate it. Learn its equation & unit. How is it related to other elastic constants. Check out a few problems with solutions.| Science Facts
What is Young’s modulus of elasticity. How to calculate it. Learn its equation & unit. What are its applications. Check out a few example problems with solutions.| Science Facts
What is velocity. How to find it. Learn its equations and units. What are average and instantaneous velocities. What is the difference between speed and velocity.| Science Facts
What is photosynthesis and where does it occur – learn how it works, its reactants, products, stages, chemical and word equations along with pictures| Science Facts
What is bacteria and how the cell looks like under a microscope: learn its facts, types, characteristics, structure, & reproduction using examples & labeled picture| Science Facts
All the different parts of a leaf with their structure and functions explained through labeled diagram| Science Facts
What is the physical significance of the electric field. Learn its strength, intensity, equation, formula, & unit. What are uniform & non-uniform electric fields.| Science Facts
What is spectrophotometry. Learn its principle, equation, and instrumentation. What is a spectrometer used for. What does it measure.| Science Facts
What is kinetic energy. How does it work. What are its equation, symbol, & units. How to calculate it. Learn a few facts along with examples, problems, & diagrams.| Science Facts
Find out about electromagnetic waves. What are their characteristics and sources. Learn the mechanism of propagation of EM waves along with a few examples.| Science Facts
What is visible light. Where is visible light located in the electromagnetic spectrum. Learn the different colors, their wavelength, frequency and applications.| Science Facts
What is radioactive or nuclear decay. What happens during it. What are its kinds. Learn its law, equation & applications, with solved problems.| Science Facts
What is a neutron, who discovered it, & what are they made of: also learn its symbol, size, mass, charge, how to find their number in an atom with example & picture| Science Facts
What is electron & who discovered it: also learn its symbol, size, mass, charge, & how to find their number in an atom with example and picture| Science Facts
What is the nucleus of an atom, who discovered it, & what particles are found in them described with its size, charge, mass, & picture| Science Facts
What is an atom in chemistry, who discovered it, & what are they made of: its facts, meaning, size, structure & parts described with examples & picture| Science Facts
What is a semiconductor. What is it used for. Learn its types with examples and a diagram. Also, learn about electron and hole mobilities in a semiconductor.| Science Facts
What is gamma decay. What happens during gamma decay. Learn the characteristics, source, equation, properties, and applications of gamma rays.| Science Facts
What is a beta particle. What is beta decay. What are its types. Learn its formula and the symbols. Check out a few examples. Also, learn its applications.| Science Facts
What is an alpha particle. What is alpha decay. Learn its nuclear formula and the symbols. Check out a few examples. Learn its characteristics and applications.| Science Facts
What is radioactive half-life. How to determine it. What is its formula. Check out a few half-life values. Also, check out a few examples of problems with solutions.| Science Facts
What is the Rydberg formula. How does it explain the hydrogen emission spectrum wavelengths. How does it extend to other elements. Check out an example problem.| Science Facts
What is an NPN transistor. How does it work. Check out its construction, symbol, and diagram. How does an NPN transistor work as a switch.| Science Facts
