Multiply 0.30 (meters/minute) by 15 (minutes) to get your answer. The "/minute" and "minutes" will cancel out when you do so, leaving your answer in meters.
15 minutes(.30 meters / minutes) = 4.5 meters
To find the time ( m ) it takes for the snail to crawl 6 meters, use the formula ( m = \frac{\text{distance}}{\text{speed}} ). The snail crawls at a speed of 25 meters per minute, so ( m = \frac{6}{\frac{1}{25}} = 6 \times 25 = 150 ) minutes. Therefore, it will take the snail 150 minutes to crawl 6 meters.
A small snail typically travels at a speed of about 0.03 miles per hour, which translates to approximately 0.0005 miles per minute. This is roughly equivalent to 0.8 meters per minute. Therefore, in one minute, a small snail can cover a distance of about 0.8 meters, depending on factors like its species and environmental conditions.
The snail moves 0.3m per minute.
18 minutes? i think. =]
3.75 inches What is this your homework?
1/20 of an inch per minute 1 inch per 20 minutes
The average speed of a common garden snail is about 0.03 miles per hour, which translates to roughly 0.0005 miles per minute. This is approximately 0.0083 feet per minute or about 0.00025 meters per second. Snails are known for their slow movement, using a muscular foot to glide along surfaces.
Well, isn't that a lovely question! Let's see here, if a snail moves 8 inches in a minute, we can first figure out how many inches are in 12 feet. There are 144 inches in 12 feet. So, if the snail moves 8 inches in a minute, it would take the snail 18 minutes to move 12 feet. Happy little snail trails!
Let's say we have a snail travelling at 4 metres per hour. In an hour there are 60 minutes. After 60 minutes the snail has travelled 4 metres. Hence it travels (4 divided by 60) metres each minute. Same principle with the seonds. There are 60 seconds in each minute so each second the snail travels one sixtieth of the distance it travels in a minute. We know that it travels (4/60) metres in a minute so in a second it travels (4/60) divided by 60 again. Hence, to convert in general from meters per hour into metres per second you divide through by 60 then divide by 60 again. This is equivalent to dividing by 3600 (= 60 x 60). Hope this helps.
Total distance 10 m. Distance travelled 0.15 + 0.112 = 0.262, leaving 9.738 m to go
To calculate the time it takes for a snail traveling at 0.013 meters per second to cover 20.3 miles, first convert miles to meters: 20.3 miles is approximately 32,700 meters. Then, divide the distance by the speed: 32,700 meters ÷ 0.013 meters/second = about 2,515,384 seconds. Converting seconds to years (2,515,384 seconds ÷ 31,536,000 seconds/year) gives approximately 0.08 years, or about 29 days.