Typically, it is recommended to use approximately 8-10 kg of binding wire for every metric ton (1,000 kg) of steel. This amount may vary depending on the specific requirements of the project and the type of construction being undertaken. It is always best to consult with a structural engineer or construction expert for precise calculations.
If you mean meter, you can't convert that. If you mean metric ton, each ton has 1000 kilogram. If you mean mega-ton (not a commonly used measure), a mega-ton would have a billion (a thousand million) kilograms.
Well first off if the enthalpy change for melting ice is at 0 and constant atmospheric pressure is at any number lets use (6.01 ) then we can figure this out.Q= 1.25mt(1000kg/1mt)(1mol H2O/18.02 g H2O)(6.01 KJ/1mol)= 416897891.2 KJ
There are 80 viss in one ton.
8 mm iron rod 1 feet how much weight its come
1 mt = 1000000 ton
1 metric ton is 2,204.62 pounds.
2000ml cause if 1mt = 1000ml then 2mt = 1000ml
Not devastated, it's devastating. And it's more devastating because fusion produces more energy than fission. For example, the amount of hydrogen in a 1MT hydrogen bomb is a little more than you need to fill up a party balloon, but as nuclear fission triggers its fusion (yep, they use system like that), all that hydrogen fuses into helium, releasing a tremendous power.
Depends entirely on its yield. Some hydrogen bombs had yields less than 1MT, some more. Others could provide a wide range of yields, all in one bomb. The user just needed to select the best yield for the particular application. So a 1MT bomb would have a blast radius of several 10s of miles, a 50MT bomb would have a blast radius of 100's of miles. The curvature of the Earth can help protect from heat and radiation, but the blast wave can reach beyond the horizon due to atmospheric focusing.
Which type of ton - metric , short,or long? Since it looks like you are converting to gpm (grams/minute?) I'll use a metric ton. 1 metric ton (mT) = 1000 kg 1 (mT/hr) * (1000 kg/1mT) * (1000 grams/1 kg) * (1 hr/ 60 min) Doing the calculations you get: 1 m/hr = 16,666.667 grams/min
A 1 megaton nuclear bomb can release energy equivalent to 1 million tons of TNT. It has the potential to cause widespread destruction over a large area, with devastating effects on buildings, infrastructure, and human lives. The explosion creates a fireball, shockwave, and radioactive fallout that can lead to long-lasting environmental and health consequences.
If you mean meter, you can't convert that. If you mean metric ton, each ton has 1000 kilogram. If you mean mega-ton (not a commonly used measure), a mega-ton would have a billion (a thousand million) kilograms.
Max. Dry Density (MDD) =2.230 Gram/ Cubic Centimeter = 2230KG/ Cubic metre Note - The value of MDD is calculated by conducting proctor density test as per IS 2720 (part -28) : 1983 (Reaffirmed - May 2015).
Well first off if the enthalpy change for melting ice is at 0 and constant atmospheric pressure is at any number lets use (6.01 ) then we can figure this out.Q= 1.25mt(1000kg/1mt)(1mol H2O/18.02 g H2O)(6.01 KJ/1mol)= 416897891.2 KJ