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What is the difference between forms and types of energy?
Forms of energy refer to the different ways energy can manifest, such as kinetic, potential, thermal, and chemical energy. Types of energy, on the other hand, categorize energy based on its source or nature, such as mechanical, electrical, nuclear, and electromagnetic energy.
What is an example of potential energy in nature?
chemical energy is a perfect example of potential energy in nature. One example of that is wood that you use when you have a fire.the potential energy is released through a chemical (exothermic) reaction as thermal energy and heats up the area surrounding it. If you want more examples of chemical energy or even more examples of potential energy just let me know
What is energy of motion?
The energy associated with motion is the momentum energy cmV = cP. This is a vector energy, as momentum is a vector and c the speed of light. Physics currently considers energy a scalar quantiy, Nature considers energy a Quaternion Quantity, the sum of a scalar and a vector. The Momentum Energy cP is the mysterious "Dark Energy" that pervades the Universe, and is the energy associated with motion.
Is a car travelin 45mph kinetic or potential energy?
A car driving on a highway is both potential and kinetic energy. Going up and down a hill is potential energy and moving on a flat plane is kinetic energy. The real story is the car is quaternion energy, involving potential and vector energy. Kinetic energy is rightfully, vector energy. Physicists have not recognized the quaternion nature of physics consisting of quaternions the sum of a scalar/potential and vector. Kinetic (motion )energy is really vector energy, but is " defined" as a scalar, not the vector that usually defines motion, i.e. velocity.
What is the fundamental entity of nature that is transferred between parts of a system in the production of physical change within the system and usually regarded as the capacity for doing work?
Energy is the fundamental entity of nature that is transferred between parts of a system in the production of physical change. It is usually regarded as the capacity for doing work and exists in various forms such as kinetic, potential, thermal, and chemical energy.
Where does the kinetic chemical electrical and heat energy comes from?
heat is from the sun and kinetic is transformed from potential energy and chemical energy is from weathering of nature in the crust
What is the difference between forms and types of energy?
Forms of energy refer to the different ways energy can manifest, such as kinetic, potential, thermal, and chemical energy. Types of energy, on the other hand, categorize energy based on its source or nature, such as mechanical, electrical, nuclear, and electromagnetic energy.
What is an example of potential energy in nature?
chemical energy is a perfect example of potential energy in nature. One example of that is wood that you use when you have a fire.the potential energy is released through a chemical (exothermic) reaction as thermal energy and heats up the area surrounding it. If you want more examples of chemical energy or even more examples of potential energy just let me know
What is energy of motion?
The energy associated with motion is the momentum energy cmV = cP. This is a vector energy, as momentum is a vector and c the speed of light. Physics currently considers energy a scalar quantiy, Nature considers energy a Quaternion Quantity, the sum of a scalar and a vector. The Momentum Energy cP is the mysterious "Dark Energy" that pervades the Universe, and is the energy associated with motion.
Is a car travelin 45mph kinetic or potential energy?
A car driving on a highway is both potential and kinetic energy. Going up and down a hill is potential energy and moving on a flat plane is kinetic energy. The real story is the car is quaternion energy, involving potential and vector energy. Kinetic energy is rightfully, vector energy. Physicists have not recognized the quaternion nature of physics consisting of quaternions the sum of a scalar/potential and vector. Kinetic (motion )energy is really vector energy, but is " defined" as a scalar, not the vector that usually defines motion, i.e. velocity.
When potential energy and kinetic energy is added it creates?
When potential energy and kinetic energy are added it creates total energy or Quaternion energy. Energy comes in two forms potential or real energy and vector or "kinetic " energy. Kinetic energy is rightfully vector energy and usually involves motion or velocity. However, torque 'fxr' is vector energy not considered as kinetic energy.The bottom line is, there is real energy like real numbers called potential energy and there is vector energy like kinetic energy mcV, (momentum related energy).Gravitational energy is an example E= -GmM/r + mcV = -mu/r + mcVNewton ignored the kinetic energy of mcV in his gravitational theory. Quaternions are yet to be recognized in science and mathematics as the true numbers of Nature.
What is the fundamental entity of nature that is transferred between parts of a system in the production of physical change within the system and usually regarded as the capacity for doing work?
Energy is the fundamental entity of nature that is transferred between parts of a system in the production of physical change. It is usually regarded as the capacity for doing work and exists in various forms such as kinetic, potential, thermal, and chemical energy.
Does energy falls under the physical science?
Yes, energy falls under physical science as it is a fundamental concept that deals with the ability to do work or produce heat. In physical science, energy is studied in various forms such as kinetic energy, potential energy, and thermal energy.
What occurs when one object passes some or all of its energy to another object?
When one object passes some or all of its energy to another object, it is known as energy transfer. This transfer can result in the second object gaining kinetic, potential, or thermal energy, depending on the nature of the interaction. This process is governed by the law of conservation of energy, which states that energy cannot be created or destroyed, only transferred or transformed.
Most forms of energy can be classified as either?
In physics, energy is classified as either kinetic or potential energy. Kinetic energy is relative to other objects around it and describes the energy of a body or object in motion. For example, a car driving down the road, a ball bouncing against a wall, or an planet orbiting the sun all display kinetic energy. Potential energy, on the other hand, describes the energy resulting from the state of an object. A tightly coiled has potential energy. So does a boulder on the edge of a cliff.
Why do particles of objects have both kinetic and potential energy?
Particles have both potential and 'kinetic' energy because the energy is a quaternion consisting of a scalar Es and a vector Ev, E = Es + Ev. The 'kinetic' energy is a vector energy mcV. Currently physics 'defines' energy as a scalar not a quaternion, thus 'kinetic' energy is also a scalar and not the vector its name denotes. The idea of potential and kinetic energy implies the quaternion nature of energy, a scalar or potential energy and a vector or kinetic energy. To update Newton's Gravitational Theory E = -mGM/r + mcV = -mu/r + mcV. -mu/r is the potential or scalar or real energy and mcV is the vector or kinetic energy! For Electric energy is the same E = -e2zc/2r + mcV. The wave particle Theory is seen in E = hf + mcV = hc/r + mcV = Q2zc/r + mcV. Physics needs to recognize that the universe is composed of quaternions and energy and other quantities are composed of a scalar or real number and three vector numbers ala William Rowan Hamilton. The same mis naming occurs in Torque = FxR is clearly a vector energy but is precluded from being energy because of the definition of energy as a scalar.
What energy transformation in hydroelectric power plant?
Potential energy of the water in the reservoir changes to kinetic energy as it is forced through the turbine. The blades of turbine represent mechanical energy, spinning the turbine generator which converts the mechanical energy into electrical energy due to the nature of the generator.Generators use electromagnetic induction turbines, which at its basic level is rotating a wire within a magnetic field, this generating electricity.Source(s):Engineering geologist
