Hi, i need to find the displacement of a moving object x(t) knowing its velocity as a function of the displacement itself v(x). The function i have used is the following I imposed that dx / dt = v(x) and then I tryed to use ODE 45 to find x(t) but I always get a vector...
This class offunctionsenables you to summarize a lot of information in a single statement. They can help measure many things in physics and engineering:Position,velocity,acceleration, and force can all be measured by a position vector. Position Vector Functions When we use position vector valued f...
How do you find velocity from a velocity vs. time graph?What is Velocity?:In math or science, velocity can be defined as the rate of change of an object's position. It is calculated by taking the displacement of the object and dividing it by the amount of time it took to be ...
On a velocity-time graph, how can we tell when the object is not moving? Describe the motion depicted by the velocity-time graph below. How can we find the acceleration from a velocity-time graph? How to find the average velocity and speed for a position-time graph?
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As a GPS device moves, the radius (distance to the satellite) changes. When the radius changes, new spheres are produced, giving us a new position. We can use that data, combined with the time from the satellite, to determine velocity, calculate the distance to our destination and the ETA...
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orientation : new Cesium.VelocityOrientationProperty(position), path : { resolution : 1, material : new Cesium.PolylineGlowMaterialProperty({ glowPower : 0.1, color : Cesium.Color.CYAN }), width : 10 } }); viewer.zoomTo(viewer.entities); ...
A line integral is an integral in which a function is evaluated or integrated along a curve path or any form of path. The result depends on the length of the path as well as the function being evaluated, the line integral could be used also to find the ...
Since electrons in low-lying orbits in heavy atoms move with relativistic velocity, non-relativistic analysis is insufficient to estimate the minimum radius of the electron orbits: it is necessary to involve relativistic mechanics. Elsewhere we will give in detail a relativistic generalization (reported...