a sloth can move 0.108 km per hour
If a sloth had to walk ( which it would only do if it had to) it would walk about two and a half metres.
Sloths are known to travel around 100 feet in a day on average. They move very slowly due to their low metabolism and energy conservation techniques.
actually a sloth has 5 feet. i know this may sound strange but its true. unless you have ever been up to a sloth you wouldn't know. at zoos they cut 3 off so they cant go as far. also in pictures they tuck their legs under when sitting. hope i could help! :) A two toed sloth has 2 claws each on it's front feet and 3 claws each on it's back feet. A three toed sloth has 3 claws each on all feet.
Sloths are known to travel very short distances in a day, typically around 100 feet to 200 feet. Their slow movement is due to their low metabolic rate and energy conservation strategy, as they conserve energy by minimizing physical activity.
It depends on how far it goes and the size of the bird.
If a sloth had to walk ( which it would only do if it had to) it would walk about two and a half metres.
A lot of times
It depends on the size of the watch. how ever far it has to move per hour
You press the sloth key and moving forward jump!
In fifteen minutes the minute hand of a clock will move 90 degrees, or three hour labels.
The clock is divided into 12 hours. The hour hand moves 1/12th every hour. If the clock is likened to a circle of 360 degrees, each hour would represent 360 / 12 = 30 degrees.
Sloths are known to travel around 100 feet in a day on average. They move very slowly due to their low metabolism and energy conservation techniques.
The garden snail is the fastest land snail. It can travel at a speed of 0.03 miles per hour. Snails are gastropods that move by crawling on a single foot.
One hour!
How far does light travel in one hour
30 degrees, or 1/12 of a full circle30 degrees, or 1/12 of a full circle. How far this is, in normal units of distance like centimeters or inches, depends on the size of the clock, and would be 1/12 the circumference of the outer edge of the hour hand.
Just use the basic formula for speed: distance = speed x time