Yes they do. Because there is no weather in space, Neil armstrong's step is still there.
Yes because there are no forces on the moon to erode the foot step. That is that same reason we can leave the Apollo's on the moon.
The footprints on the moon will stay their for century's is because the moon has no atmosphere. If there is no atmosphere there will be no wind. If there is no wind the foot prints will be undisturbed.
Apollo 11 landed in the Sea of Tranquility near the lunar equator close to the center of the moon. That's where Neil Armstrong took his first and only steps on the moon.
My teacher whants to know if i can fing out what the moon is coverd in...so i come to anybody that might know!!-B.jAnswer:It's covered with dust and rocks and some junk, foot steps and flags ;)
No wind, rain, or people to disturb them, just empty space.
Stand on one foot and hop (stay on that foot), brush the ball of the other foot against the floor (forward), spank ball of the same foot back to hopping position, then step on that foot; and pick up the other foot to hopping position. Reverse on other foot.
My teacher whants to know if i can fing out what the moon is coverd in...so i come to anybody that might know!!-B.jAnswer:It's covered with dust and rocks and some junk, foot steps and flags ;)
Neil Armstrong took approximately 20 minutes to walk a total of about 250 feet on the moon during the Apollo 11 mission. It is estimated that he took around 500 steps in total.
No woman has set foot on the Moon
No Australians have set foot on the moon
The equatorial circumference of the moon is 10, 921 Km, or 10,921, 000 meters. 1 foot is equal to .3048 meters, so if you divide 10,921,000 meters by .3048 meters/foot, you arrive at 35,830,052 feet for the circumference of the moon at the equator. On average, a person makes a step of approximately 2 feet in length. Therefore, if you divide 35,830,052 feet by 2 feet/step, you arrive at an answer of 17,915,026 steps that you would have to take to circumnavigate the moon at the equator, adding a few thousand steps for increases and decreases in elevation (since the moon is not a smooth sphere).
Neil Armstrong's left foot was the first to go on the moon.