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equation calculator lcm calculator rounding calculator long division calculator mixed fraction calculator more maths calculators compound interest calculator integral calculator derivative calculator graphing calculator standard deviation calculator limit calculator binary calculator matrix calculator cp calculator ...
it hasa size and a direction; it points in the direction the particle is moving. When I write “p” I’m just referring to its size. In many cases we have to keep track of the direction of the momentum too, but we don’t have to in equation #1 that relates momentum...
Therefore, once you have determined the value of each variable, link it to the equation. Calculate the mass percentage Now that the equation is complete, solve the mass percentage. Divide the chemical's mass by the compound's total mass and multiply by 100. This allows you to determine the...
Source (see equation 21): http://www.scholarpedia.org/article/Special_relativity:_mechanics#The_4-vector_calculusSo, can I write P for the magnitude of P? Likes SiennaTheGr8 and Dale Oct 1, 2020 #109 vanhees71 Science Advisor Insights Author Gold Member 2023 Award 24,488 15,0...
Answer:The equation for orbital velocity is v = Square Root (GM / r) Where v is the linear velocity G is the gravitational constant M is the mass of the Earth and r is the distance from the Earth to the satellite (the Moon in this case) = 382 x 10^6 metres ...
Radius of curvature is also important in physics because it plays a major role in optical designing of spherical lenses and mirrors whereas it is also important in mathematics because it is used in differential geometry as Cesaro equation or as three part equation for beams bending. Figure 5 k...
In Physics we define the force (F) applied on a body as equal to its mass (m) multiplied by acceleration (a) produced in the body by that force and is represented by the popular equation -F = maThe acceleration produced in a free-falling body on the Earth is called 'acceleration due...
If we assume that the rest energy is given by the rest mass—as in Er = mrc2—then the moving energy cannot be given by the moving mass, in a straight equation. A transform is required here as well, and it is not gamma. This is a consequence of Einstein's own variable assignments...
The observable is the physical mass, which is what you measure in experiments. Is the bare mass the initial mass pre interaction? If so how is it infinite? What is the physical mass? Lastly how in that equation would you cancel out the correction and pre interaction mass? My thanks for...