How Is Energy Conserved Within a Closed System?Explain in details .Use examples
Closed system means only energy can transfer from one system to another but mass cannot transfer.
Law of conservation of energy is the total energy is remain constant it changes from one form to another.
For example, our earth is closed system, it takes energy from sun in the form heat energy without exchanging of mass. Energy may be potential, kinetic, heat or internal energy
But in the earth, this heat energy takes by plants or trees, produces coal to create electric energy.
Also in the earth water energy converts from potential energy into kinetic energy in nozzle and produce electric energy.
It means, within Closed system, energy is conserved as per your questions.
How Is Energy Conserved Within a Closed System?Explain in details .Use examples
Write a 2 paragraph explanation of how energy is conserved in all closed systems, even when it seems like some of the energy disappears. Explain where the energy goes and why we cannot contain all of the energy in the system. Analyze why most people do not understand this concept and create an experiment or situation where you could show them this concept in real life (you cannot use a skatepark example.)
how can momentum be conserved when energy isn't? please use examples with legible handwriting
Choose a biological system or function and explain how energy is transferred, transformed, conserved and/or degraded in that system. In conclusion, provide some evidence of how your physics knowledge has increased your understanding of the biological system that you chose. If you are not a biology major or you would like to apply your physics knowledge to another science discipline, that will be acceptable as well.
1. Give 3 examples where Energy is Conserved in an event. 2. Give 3 examples where Energy is NOT Conserved in an event. 3. Give 1 example of an event where Momentum is NOT Conserved.
1) Under what circumstances is mechanical energy conserved? Under what circumstances is momentum conserved? How is this different than the criteria for conservation of mechanical energy?
22. Life cannot exist in a completely closed system (no energy or matter comes into or out of the system). a. Explain why this is true based on the Second Law of Thermodynamics. b. The planet Earth is not a closed system. Ultimately, what is the source of all energy for life on Earth?
22. Life cannot exist in a completely closed system (no energy or matter comes into or out of the system). a. Explain why this is true...
The mechanical energy of a system is conserved when a.There is no net external force acting on the system b.The objects in the system are undergoing an elastic collision c.No non-conservative forces do work on the system. d.Both B and C. e.Both A and B.
Explain the three energy systems. Then, give examples of three different a sports that may benefit from training in that energy system. When giving the examples be very clear as to what exactly the sport entails and why that energy system for each example. For example, if you just state "running," are you referring to long distance or short and how does that exemplify the energy system?
1.Describe in details, what is pricing strategies, and explain with examples of how pricing strategies are useful for success of any firm, of any market structure. 2.The role of pricing in a monopoly a competitive market structure how it help the firm to maximize profit.
Explain how momentum is conserved during collisions.