Work = (force) times (distance)
We've got the distance through which the block is pushed: (1.3) x (4.7) = 6.11 meters .
Now, in order to calculate the work it takes to do the pushing, we need to know the force that was used.
On this subject, the question is strangely silent, and no solution is therefore possible.
threads are made by high carbon steel and high speed steel. the body of die made by steel and carbon steel
there arent any
A chain block is a device where a chain runs through an overhead steel pulley block and can be used to lift things and be locked into place. A very useful tool .
66N/Sq.MM in varying condition and 100 N/Sq. MM in Steady condition for mild steel as per cmti hand book pg. 685
The addition of cobalt increases heat resistance.It is alloyed in M35 steel grade of HSS.
a lot
High Speed Steel is not a type of steel. It is a designation given to any tool that is capable of cutting into or through steel at high speed. A drill bit for example. Refer to the question "What is the difference between mild steel and high speed steel" for a more thorough answer.
The speed of sound in steel is faster than the speed of sound in air.
A solid block of steel would be more dense than a boat made of steel. This is because even though the density of the material, steel, is constant, the form makes a difference to the overall density. The block of steel essentially contains nothing but steel, whereas the steel boat is "hollow" and contains air, as well as other construction materials such as wood.
What rupees of per kg high speed steel
You can "Magnaflux" the block assuming the block is cast iron or steel and the block is stripped down and cleaned for rebuilding.
HSS-E high speed steel cobalt for high performance cutting tools.
Stainless Steel High speed steel Die (tool) steel Mild steel
Sound velocity in steel - 5960 m/s Sound velocity in Stainless steel - 5760 m/s
In a solid like steel, the atoms are packed as close together as possible. This being the case they can not be compressed together further so you can not compress (reduce the volume of) a solid block of steel.
No. It isn't the size alone, but the density. A block of steel may be exactly the same size as a block of wood, but the steel is denser and therefore heavier.
Yes.