![]() The stopping power of the air if an electron of 2.3 MeV of energy passes through it can be calculated as follows: Input interpretation Stopping Powerġ.73 MeV/(g/cm 2) Stopping power vs energyįigure 2 Absorber material properties (Z/A)ġ73 eV/(g/m 2) (electron-volt per gram per meter square)Ġ.173 MeV/(kg/m 2) (mega electron-volt per kilogram per meter square) Example 2įind the stopping power of the water using the power calculator. What is the stopping power of air if an electron passes through it with an energy of 2.3 MeV? Solution This may provide the answer after a tedious process but the calculator provides a lot of little details and explanations that make it even more beneficial. ![]() While performing this task manually, you have to remember complex formulas and apply them to the available information. This calculator reduces human effort and provides every little detail that could be helpful for the user. How Does a Power Calculator in Physics Work?Ī Power Calculator in Physics works by taking the type and energy of the particle and the stopping power as input on submitting the entries, a detailed solution aside from the value of the power is received. You can calculate the power of various other particles using the power calculator. The output also displays the power in different units. Various properties of the absorber material are displayed in tabular form. The output window also displays the Absorber Material Properties. Step 10:Īnother graph shows the relation between the CSDA range and energy. It is the average distance traveled by the particle while it slows down and eventually comes to rest. CSDA range:ĬSDA stands for Continuous Slowing Down Approximate Range. The Shielding Thickness refers to the thickness of the medium in which the particle is traveling. The following properties are given: Shielding thickness: The output screen also displays the properties of the stopping medium. The graph shows the relationship between the stopping power and the kinetic energy. The next heading shows a graph with the title Stopping Power vs Energy. Under the title of Result, the value of the power is given in decimal form and units of MeV. This heading provides all the input specifications in a tabular form. The first heading displays the Input Interpretation. The output tab opens to display the result and a detailed solution to the entered problem. Input the type of particle under the heading called Particle. In the space given against the title Energy, input the energy of the particle traveling in that medium. In the box titled Stopping Power, enter the medium that provides restrictive force to the particle in motion. Step 1:ĭetermine the problem that you need to solve and enter the specifications in the given boxes. The following steps need to be adopted to calculate stopping power in physics. On pressing submit, the output screen appears with the detailed results and graphs as required. You need to enter the specifications of the particle in motion and the medium in which it is traveling. The Power Calculator can be handy in solving complex problems of physics. ![]() More details about the solution can also be achieved through this calculator so that a complete understanding is developed. The calculator also provides a graphical representation of the relation between power and energy. The output provides the power as well as other properties of the material. You simply have to add the opposing force, the particle, and the energy of that particle into the calculator. It saves you from performing lengthy calculations and memorizing confusing formulas. The Power Calculator works in your browser and uses the internet to perform all the power calculations. The particle may be traveling in any medium be it air, water, or vacuum the power calculator determines all of its properties. ![]() What Is Power Calculator in Physics?Ī Particle-stopping Power Calculator is an online calculator that is used to calculate the power required to halt the motion of a specific particle. The rest of the task is performed by the calculator itself and detailed results are displayed on the output window. The user simply inputs the energy and name of the particle and the resistance faced by it. The online calculator reduces the burden of memorizing formulas and performing long calculations. Energy is provided to a body due to which it performs any action.Ĭalculating power manually is possible but quite a difficult task. Power is the work done by the object over a unit of time. #Power calculator physics free#Power Calculator Physics + Online Solver With Free StepsĪ Power Calculator in Physics is used to determine the power of an object. ![]()
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