1 meter = 3.281 feet
50 metres is roughly half the length of a football pitch, or the length of two and a half cricket pitches.
Calculation of distance vs. scale. When the entire earth is in view, you would simply scale the size of the earth from your view by the distance it is from you. It's not the most exact method, but when considering how massive the earth is, it's probably close enough (as you would only be a few meters off)
I don't know I asked the same question.
the question is asked in a ambiguous way, i would need more information to answer the question. i would need to know the where the ball is located to know the distance of witch it would travel. Example: if it was in the earths atmosphere it would be one answer, but if it was in space it would be another.
Linear units can't be converted to units of area. IF the linear meters are the distance around some flat shape AND we know exactly what kind of flat shape it is (like a circle or a square), then we can calculate the number of square meters in the area of the shape. But linear meters and square meters are really two different things, and neither one can be converted into the other.
Hmmmm,It's distance from Earth is not as constant as its distance from the Sun.You can find the answers to you question on wikipedia (http://en.wikipedia.org/), but you'll have to do a little work. The wikipedia entry for Saturn gives its distance from the sun in meters, so you'll have to convert meters to AU. If you don't know what AU is, you can look that up on wikipedia, and once you know what AU is, you will understand why you also need to know the distance from the Earth to the sun in meters. That can be found on the Earth page.Like I said, the distance from Saturn to Earth varies. Consider that approximately once each year (actually a little less often than that), Saturn and Earth are both lined up on the same side of the Sun, and just as often, they are lined up on opposite sides of the sun.If we pretend that that both planets have circular orbits, then you can see that the distance from Saturn to Earth is the same as the distance from Saturn to the Sun plus or minus one Earth-Sun radius.Hope this information helps
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.
You can't "change" centimeters to meters. But you can describe a length or a distance in terms of either unit. -- If you know the length in centimeters, divide that number by 100 to find the number of meters in the same distance. -- If you know the length in meters, multiply that number by 100 to find the number of centimeters in the same distance.
pay more attention in class and u will know
15,000 meters (1km = 1,000m)
To do this you need to know:60 second in a minute60 minutes in an hour1609.344 meters in one mileNow first work out how far one would travel running at that speed in one minute, by finding how far you would have traveled in one second-100/9.7 = 10.30927835051546 meters /secondThen multiply by 60 to get distance traveled in one minute =10.30927835051546 * 60 = 618.5567010309278 meters / minute.Now multiply by 60 again to get the distance traveled in an hour618.5567010309278*60=37113.40206185567 meters / hourOK we now know that we would be running at a speed of 37113.40206185567 meters an hour. BUT we want the answer in miles an hour, so we have to divide this by the number of meters in a mile:37113.40206185567/1609.344=23.06 miles per hour.Compare this with the related answer for this question where the distance run was in Yards (which are shorter than meters - so you would be running slower)
First convert the 20,000 milimeters to meters so you have something equal to compare the numbers with. 1meters = 1000milimeters therefore 20,000 milimeters = 20 meters now you have 20meters which is the same as 20,000 milimeters. And now you can see the 200 meters is most definitely greater than 20 meters. I would like to apologize if you meant milliliters. I don't know if you accidentally pressed the wrong key. But if you want to know is 200meters is greater than 20,000 milliliters that is not possible with the information given. You only know the length of the 200 meters... in order to know the volume of the 200 meters you would need to know the other 2-dimensions of width and height.
If you are in front of a flat mirror, your image appears to be twice the distance from you as the mirror.In optics they use ray diagrams to demonstrate this. If you did not know the mirror was there, the image would be 4 meters from you, two meters behind the mirror.
To determine average speed, you need to know what distance the object traveled in meters over how long it took the object to travel that distance in seconds.
You need to know how fast the ball is going, and divide the speed by the distance, which is 3 meters.
Mils are a unit of measurement, comparable to degrees. On a compass 360 degrees is equivalent to 6400 mils. It is a measurement commonly used in the military because it can also be used to measure distance. At a distance of 1000 meters, 1 mil is equivalent to 1 meter.For example, if you know a vehicle is 4 meters wide and it is measured from a distance as being four mils wide you know it stands at a distance of 1000 meters.
To calculate the average speed of /anything/ you need to know the distance it traveled (IE: 500 meters) and the time it took to travel that (IE:50 seconds) Here's how to calculate it: You take the total distance and divide it by the time. So in our example, a car traveled 500 meters in 50 seconds, so the speed would be: 500 meters / 50 seconds = 500/50 = 10 meters / second. So the car would be traveling 10 meters per second. Happy calculating -jp