The equivalent thickness of lead for radiation shielding can vary depending on the type of radiation and energy levels involved. Generally, 2 mm of lead is approximately equivalent to about 1 cm (10 mm) of steel for gamma radiation shielding. This equivalence arises because lead is denser and more effective at attenuating radiation compared to steel. However, specific calculations may be necessary for different radiation types and energies, so consulting detailed shielding tables or standards is recommended for precise applications.
in carbon steel it will weigh 3,267.2 lbs. For weight of we have to know:- 1. volume (in cubic centimeter) 2. density so now 1 inch = 2.54 cm 96 inch = 96*2.54=243.84 120 inch = 120*2.54=304.8 so volume=(2.54*243.84*304.8)=188779 cubic cm density = 7.8g/cm3 (varies based on alloying element from 7.8 to 8.05) now mass= density*volume m= 7.8*176980.29=1472476.022 gram= 1472.5 kg=3246.25 lbs (depends on density)
The density of galvanized duct sheet typically ranges from about 7.85 to 8.05 grams per cubic centimeter (g/cm³), depending on the thickness and specific alloy used. Galvanized steel is made by coating steel with zinc, which can slightly affect its overall density. For practical applications, it's important to refer to the manufacturer's specifications for precise values based on the particular product.
Steel is very strong. Our society is built of concrete and steel. The world as we know it would not exist without steel. Are there any military aircraft carriers that are not built of steel? But there are some lighter materials out there. What that means is that if you use aluminum to make, say, a seatpost for a bicycle, you'll have to make a thicker one out of aluminum to make it as strong as a steel one, but the aluminum one will be lighter while being as strong as the steel one. There are always trade offs when designing and engineering things and considering what metal to use.Think about the bottom bracket on a bike with a 3-piece crank set. The axle is steel, or maybe titanium (same strength, but less weight - and more $'s!). Loads are so high here that this critical component is not made of aluminum 'cause it isn't tough enough to handle the stresses put on the part. And steel is the metal of choice for ball and roller bearings, particularly ones that take lots of abuse. Ceramics and carbide are harder, but they're more brittle, and can shatter under severe loading. It is most unusual to see bearings made out of something other than steel.There are a couple of ways of measuring the strength of a metal, but the numbers don't make sense unless you compare one metal to another. Additionally, steel comes in many different alloy forms, and their characteristics will vary. Throw in the different techniques used to harden or otherwise heat treat the steel and you'll be here all day talking about how strong steel is. Yield strength and tensile strength of steel are, in general, pretty high, though. Steel is tough and strong.
Acronym meaning: Rolled Homogeneous Armour. It's primary application is for armored vehicles for the military. The military specification for RHA is MIL-A 12560. The updated version is MIL-A 46100.
either S355 J2g3 or J0 depends on the sharpy value required
Well, each cm is about 0.032808399 feet, so 0.032808399*690= 22.63779531 feet.
69 cm
Just divide by 100. 690 cm / 100 = 6.9 meters
There are 100cm in a m. Therefore 6.9x100=690 690cm
Taking pi as 3.14:- Radius: 27.6/(2*3.14) = 690/157 cm Area of circle: 3.14*(690/157) squared = 60.65 square cm rounded to 2 decimal places
By unit of length and distance and conversion ,we can say that 1 cm=10 mm 69731 cm=697310 mm
6.9 m = 6.9m * 1m/1m = 6.9m * 100cm/1m = 6.9 * 100cm = 690 cm
Bronson Steel is 174 cm.
Rebecca Steel is 157 cm.
Tomina Steel is 173 cm.
Vyxen Steel is 160 cm.