8 feet? No distance because you are back where you started?
The diameter of a circle is twice its radius
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It will divide by two i think Indeed: Speed = Distance/(Time) Speed/2=Distance/(2*Time)
The distance from a circle to its center (the dot in the middle) is called 'the radius'. The distance from a circle to a point opposite is called 'the diameter'. The diameter is twice the length of the radius.
The coins in the store's cash register total $12.50. The cash register contains only nickels, dimes, and quarters. There are twice as many dimes as nickels. There are also twice as many quarters as dimes. How many quarters are in the cash register?
Across the world twice
Nothing physical is believed to be able to travel twice the speed of light.
I would have to say elephants travel about 11000 miles twice a year
The technical answer is that displacement is the vector sum of the distances. An example to illustrate the difference in less technical terms, distance travelled in one direction added to the same distance in the opposite direction will result in the total distance being twice the distance of each leg but the total displacement is 0.
The diameter of a circle is twice its radius
The distance to the wall of the canyon is 340 meters. This is calculated by dividing the total distance sound traveled (twice the distance to the wall) by the speed of sound (170 m/s).
Speed is calculated by dividing the distance traveled by the time it took to travel that distance. The formula is: speed = distance / time.
I think that you have to press fast-forward twice???
It should have to travel twice as far((2Pi x radius) vs. 2(2Pi x Radius)). At the same speed it should take twice as long.
Usually no. Say you need to fly to New York from Chicago. The resultant displacement would be the straightline distance between the two cities. But you fly through Atlanta (Everything seems to go through Atlanta). You would end up flying about twice the total distance between the cities.
The total displacement in one oscillation is the maximum distance the object moves away from its equilibrium position in either direction before returning back to the equilibrium position. This total displacement is equal to twice the amplitude of the oscillation.
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