It is not possible to give a sensible answer to this question. You can have thousands of metres of lead in the form of a microscopically thin wire and it would have very little mass. On the other hand, you could have a huge block of lead, 1/2 metre cube, and its mass would be more than 1000 kg. Take your pick!
You have to make sure the units are the same. You cannot add meters and centimeters, for example. You would have to either convert meters to centimeters, or centimeters to meters.
Umm, you need one million meters to make one million meters.
You didn't say what units you wanted for the answer. I will assume you would like to know how many feet in 22 meters, give you that answer and you will have to make any further conversions. 22 meters equals 72.18 feet.
1000 meters are in a kilometer
7 meters is 700cm
1000kg
Specifically if you make then arrangement of the chronological order it would equal to: 1000kg(kilograms) =(equals) 1 t(tonnes)
Solid lead would make a dull thud when hit.
1 tonne = 1000 kilograms1000
Square meters are a unit of area, and meters are a unit of distance. It is not possible to convert between them, as it would have no meaning.
Lead and sulfuric acid would make lead sulfate and hydrogen
2 stories
15. That is if you had an area that was 15 meters long and one meter wide that would be 15 square meters. Now it you had an area that was 5 meters long and 3 meters long you would also have 15 square meters. So there is no one certain answer to your question as you asked it. You would need to change the question.
One could use either, but it would make more sense to use meters.
You have to make sure the units are the same. You cannot add meters and centimeters, for example. You would have to either convert meters to centimeters, or centimeters to meters.
400 UK tons is 406,000 kilos. In the US, 400 tons is 363,000 kilos.
No, Usually, the lighter the bike, the easier it is to ride. Lead is very heavy, and would be miserable to ride. Lead is also a soft, malleable metal. Most bicycle parts would need rigidity. And the lead would wear quickly.