Step 1: Identify a spot in the pipe with a known area and calculate the area at that spot. A1=9.5cm2 Step 2: Identify two velocities: one at the point identified in step 1 and the other in the place where the area is desired to be known. ...
Step 3: Determine which equations we will need to solve for the unknown value and rearrange it if necessary. We will use the moment of inertia for a thin spherical shell equation found in the Equations and Definitions section. Since we are trying to calculate the moment of inertia, w...
Allow us to throw in a bit of a curve ball here by reminding you that if you want to calculate the density of pixels on your screen, this is not the calculator you are looking for; try PPI calculator instead. Density formula Another way to calculate the weight to volume ratio of an ...
Leverage the power of physics-based simulation to calculate projected renewable generation profiles across the year and at different times of the day, to work out whether renewable generation will meet demand or if storage solutions are required. The process is flexible, meaning the end user can...
The mathematical equation of degrees of freedom is used in mechanics, physics, chemistry and statistics. The broad statistical application of degrees of freedom and students can expect to calculate degrees of freedom statistics coursework often. Accurate
You can’t calculateinstantaneous accelerationin quite the same way because you don’t have a start time and an end time. Instead, imagine you are finding the same quotient—the difference in velocity over difference in time—over an infinitely small time period. You can write this as: ...
The hardest part to work out when you calculate falling object forces is the distance traveled. You can estimate this to come up with an answer, but there are some situations where you can put together a firmer figure. If the object deforms when it makes impact – a piece of fruit that...
Introduced semi-classical model of atom represents the wave functions of bounded in atom electrons in form of hydrogen-like atomic orbitals with explicitly defined effective charge numbers. The hydrogen-like electron orbitals of constituting condensed matter atoms are used to calculate the matrix ...
(8 km) away to reflect it back to its source. Varying the speed of the wheel allowed Fizeau to calculate how long it took for the light to travel out of the hole, to the adjacent mirror, and back through the gap. Another French physicist, Leon Foucault, used a rotating mirror rather...
How do you calculate gravitational potential energy in a level physics? In summary: Gravitational potential energy (J) = work done to move a mass from one place to another through a gravitational field (use mgΔh or GMm(1/R1-1/R2). ...