Titanium ( and Titanium alloys) have a number of advantages over steel for use in medical applications, specifically hips.
The first is their modulus of elasticity (how flexible they are). Titanium is closer to the flexibility of bone, which helps it share the load with the bone. Steel is stiffer, and takes the load off the bone (so called stress shielding), without this, the bones thinks it is not needed and resorbs (like astronauts).
The second, is the biocompatability of the material. Bone can grow right up to titanium, and can bond onto the surface. With steel, the body forms a fibrous capsule round the implant, which makes a weaker interface (and can loosen). However, it can be used with 'bone cement' which acts as a grout between the bone and implant.
No, an oven being stainless steel does not make it work better than a non stainless steel version.
Copper is a better conductor of heat than steel.
One useful characteristic is that it is a lot lighter than steel.
Yes, steel has a much lower resistance than the human body therefore it will conduct better.
Yes, pure iron generally conducts electricity better than steel because steel is an alloy that contains iron and carbon. The carbon in steel can reduce its electrical conductivity compared to pure iron.
That is NOT correct. Copper conducts heat better than steel.
Depends on what you are using if for.
I think I'm not 100% sure.
The bronze age was better than the steel age because they had better weapons better sheilds and better warriors like the Spartans
I think a steel garage is better than a wood garage because wood can rot and steel can't. Steel is a more reliable choice.
No, it isn't
Aluminum is not as good a conductor of electricity as copper or silver, but it is better than steel. Aluminum's conductivity is around 61% that of copper, whereas steel's conductivity is much lower. Therefore, aluminum is a more suitable choice than steel for conducting electricity, especially in certain applications where weight and cost are considerations.