31.4
99.56 sq.feet
Is this taking into consideration the dross content as the metal melts it oxides? and how much does the lead pipe weigh per foot?
The metal tool you are referring to is called a compass. A compass consists of two arms, one holding a pencil and the other with a pointed end that acts as the center of the circle. By adjusting the distance between the two arms, you can create circles of various sizes with precision and accuracy.
Oh, dude, the Sears Tower, now known as the Willis Tower, is approximately 1,450 feet tall, with a base length of about 225 feet and a width of around 145 feet. So, like, it's pretty massive, you know? It's like looking up at a giant metal stick in the sky.
no
First we have to find the radius by dividing 43.96 by 2*pi which works out as 6.996451298 feet Total surface area of a cylinder = (2*pi*radius2) + (2*pi*radius*height) Area = (2*pi*6.9964512982) + (2*pi*6.996451298*28) =1538.443999 square feet At least 1538.443999 square feet of sheet metal will be needed.
A metal typically has a greater atomic radius than its ionic radius. When a metal loses electrons to become a cation, the outer electrons are removed, leading to a decrease in the ionic radius compared to the neutral atom's atomic radius.
lithium
Because the metal loses an electron (making it smaller) and the non metal gains that electron, making it larger.
Samarium has a calculated atomic radius of 238 pm.
Beryllium has the smallest atomic radius among the alkali earth metals.
ON the cad offset the bend radius from the internal radius of the sheet metal part by 40% of the total sheet thickness,and measure the chord length of the radius. that will be the developed length.
I believe you want to know the MINIMUM bending radius of sheet metal. The maximum bend would be 180 degrees.
The alkali metal with an atomic radius of 238 pm is potassium (K). Its large atomic radius is due to the added electron shells compared to other alkali metals in the same period.
yeshttp://answers.yahoo.com/question/index?qid=20071116151305AAT0Lz3
Barium is the largest alkaline earth metal atom in terms of atomic radius.
A metal cylinder in Physics can serve various functions depending on the context. It can be used as a conductor in electrical circuits, as a magnetic material in electromagnets, as a container for gas pressure experiments, or as a component in mechanical systems like pistons or bearings.