Pokemon Soul Silver is not harder than Heart Gold because they are the same game but they have different pokemon.
lend tend bend pend
Well, the same way as you do on the PC: I I I S S I=Iron Ingot S=Stick
they're the same
You can use it to make armour, in the same way as you can make it from Iron Ingots.
No, lead and iron have different densities. Lead is denser than iron, so one cubic centimeter of lead will be heavier than one cubic centimeter of iron.
A brick made of lead would weigh more than a brick made of iron, as lead is denser and heavier than iron. Even though they are the same size, the lead brick would have more mass.
Iron Ranks about a 4-5 on the Moh's hardness scale. A diamond is a perfect 10 diamond. A diamond much harder then iron.
Lead won't rust in the same way as iron, a white oxide layer will appear overtime, but it won't break away as much as rust on iron.
No, the buoyant force on lead is less than that on iron because lead is denser than iron. Buoyant force is determined by the weight of the fluid displaced, so the denser the object, the less fluid it displaces and therefore experiences less buoyant force.
Iron is simply separated with a magnet.
No, sodium hydroxide does not cause rusting on iron. Sodium hydroxide is a caustic base that can react with iron to form iron hydroxide, which is not the same as rust. Rust is specifically iron oxide formed by the reaction of iron with oxygen and moisture.
The "number 2" designation refers to the "hardness" of the lead. The higher the number, the "harder" The "7mm" designation refers to the "thickness" of the lead. The higher the number, the thicker. They are not the same pencil.
A brick made of lead would weigh more than a brick made of iron of the same size. This is because lead is denser than iron, meaning it has more mass packed into a similar volume.
Some examples of words that are spelled the same but pronounced differently (heteronyms) include: bow (to bend) and bow (a weapon), wind (a breeze) and wind (to twist), and lead (a metal) and lead (to guide).
Lead remains the same volume and shape because it has a high density and strong metallic bonds that hold the atoms closely together. This gives lead its characteristic rigidity and resistance to changes in volume or shape under normal conditions.
The electromagnet causes many randomly oriented magnetic areas in the piece of iron to all align in the same orientation. In some cases adjacent magnetic areas not only align in the same orientation, but they merge into common large areas making it harder for the areas to randomize again.