The Occupational Safety and Health Administration (OSHA) requires that equipment be kept at least 10 feet away from power lines with voltages up to 50kV….1. Work at a safe distance.

Employer must establish minimum approach distances based on formulas in the standard. For voltages up to 72.5 kV, the default distances are the same as proposed. For voltages exceeding 72.5 kV, the distances are based on the equations used to calculate the proposed distances (D = TOV × (C + a) + M).

To solve for distance use the formula for distance d = st, or distance equals speed times time. Rate and speed are similar since they both represent some distance per unit time like miles per hour or kilometers per hour.

The distance of closest approach of two objects is the distance between their centers when they are externally tangent. The objects may be geometric shapes or physical particles with well defined boundaries.

Minimum approach distance is the closest distance a qualified or authorized person is permitted to approach an exposed, energized object.

For two non-intersecting lines lying in the same plane, the shortest distance is the distance that is shortest of all the distances between two points lying on both lines.

<span lang=”EN-US. Answer : The distance of the closest approach is defined as the <b>minimum distance of the charged particle from the nucleus at which initial kinetic energy is the same to the potential energy of the nucleus. This distance (r) isknown as distance of closest approach.

By shooting alpha particles of kinetic energy 5.5 MeV, the point of closest approach was estimated to be about 4×10-14m. Since the repulsive force acting here is Coulomb repulsion, there is no contact. This means that the size of the nucleus is smaller than 4×10-14m.

Determining the distance of closest approach of the ellipses; that is the distance between the centers of the ellipses when they are in point contact externally. Rotating the plane until the distance of closest approach of the ellipses is a maximum. The distance of closest approach of the ellipsoids is this maximum distance.

Time = (frac{distance}{speed}) t = (frac{d}{s}) For distance. Distance = speed × time. d = s × t. Derivation of all the Formulas. d = refers to the distance traveled by body or object in meters (m) s = refers to the speed of the object or body in meter per second (m/s) t = refers to the time consumed by object or body to cover the

Distance = speed × time d = s × t Derivation of all the Formulas d = refers to the distance traveled by body or object in meters (m)

Distance. It refers to the numerical measurement of how far an object is from a particular place. Also, in physics, it may refer to the physical length or evaluation based on some criteria. Furthermore, a distance from X to Y is exchangeable with distance from Y to X.