An hour is a unit of time. A mile is a unit of distance. Without some unit of speed to compare, the two units are incompatible.
Distance = Rate x Time Rate = Distance/Time, not Time/Distance
Generally: RATE = DISTANCE / TIME -or- DISTANCE = RATE * TIME -or- TIME = DISTANCE / RATE qed
Average speed during the time = (distance) divided by (time for that distance)
When looking at a distance vs. time graph, it shows how far an object is traveling over a certain amount of time which can be written like this: distance per time or distance/time (distance divided by time) If we then put units in for distance (let's say meters) and time (seconds) we get this: meters/seconds which is the same as the units for speed.
Distance= Rate x Time
Ask your teacher if you divide
A kilometre is a unit of distance. Without a unit of speed to compare, it is impossible to know how much time it would take to travel that distance.
Minutes are time. Miles are distance. You cannot compare them, so there is no answer.
This question has two different measurements, time and distance. You can't compare the two.
It is the distance from the earth to the sun = 93,000,000 miles
x (usually for time) y (usually for distance) and sometimes z
The slope of a distance vs. time graph represents the velocity of an object. Average speed is calculated by dividing the total distance traveled by the total time taken. If the object's velocity is constant, then the slope of the distance vs. time graph will be the same as the average speed.
A kilometre is a unit of distance, not time, therefore, without some unit of speed to compare, it is impossible to convert between the two.
Speed compares how fast an object is moving. It is a measure of the rate at which an object covers distance. Speed is calculated by dividing the distance traveled by the time taken to travel that distance.
An hour is a unit of time. A kilometre is a unit of distance. Without a unit of speed to compare, the two units are incompatible.
The distance of the object from the mirror line should equal the distance of the image from the mirror line.