The arc is the fraction of the circle's circumference that lies between the two points on the circle. An arc has two measurements: The arc's length is a distance along the circumference, measured in the same units as the radius, diameter or entire circumference of the circle; these units will be linear measures, like inches, cm, m, yards, and so on
Moving or manipulating an item is usually a move action. This includes retrieving or putting away a stored item, picking up an item, moving a heavy object, and opening a door. Examples of this kind of action, along with whether they incur an attack of opportunity, are given in Table: Actions in Combat. Mount/Dismount a Steed
The answer given to this question is incorrect. When you do not know the time, but have the velocity and distance, AND you know it is undergoing constant accelleration you can use the formula d = 1/2 (Vi+Vf) x t to solve for t and then you have the 3 required variables to solve the equation given.
When two trains are moving in opposite directions, then their speed will be added. In both the above cases, the total distance is the sum of the length of both the trains. When a train crosses a car/ bicycle/ a mobile man- in these cases, the relative speed between the train and the object is taken depending upon the direction of the movement ...
Help Wilson minimize the total distance travelled from his house to the farm. Solution to the Problem. Two methods, to solve this problem, are suggested. METHOD 1: In the diagram below we find the distances d and D add them and minimize the total distance. d = √ [ x 2 + 5 2] D = √ [ (20 - x) 2 + 10 2] The total distance T is given by.
Trees can conduct electric current. Before moving a tree under a power line, look up and determine the overhead clearance from the top of the tree. Keep a safe distance away as required by OSHA. Look up for power lines when working on top of buildings. Before transporting large boats or large objects, identify a safe route that avoids power lines.
OR to put it another way: When an object's distance is 57.29 times its size, it has an angular size of 1 degree. Multiplying 57.29 by 60 minutes per degree we get 3,437.4 which means that an object at a distance of 3,437.4 times its size will have an angular size of 1 minute.