The heat required to break a padlock depends on its material and construction. Most padlocks are made of steel or hardened steel, which requires temperatures of around 1,500°F (815°C) or higher to weaken significantly. Applying such heat can also be dangerous and may cause fire hazards or release toxic fumes. It's generally advisable to use proper tools or methods for lock removal rather than attempting to break one with heat.
A decomposition reaction needs the addition of a catalyst or heat to proceed. For instance hydrogen peroxide will break down into water and oxygen gas in the presence of a catalyst; and calcium carbonate will break down into calcium oxide and carbon dioxide gas when heated.
By using the definition of "specific heat". You add a certain amount of heat, and see how much the temperature increases. You also need to measure the sample's mass. Then divide the amount of heat by (mass x temperature increase).
The heat needed to remove a bolt depends on factors such as the size of the bolt, the material it's made of, and the level of corrosion. Generally, applying a temperature of 300-600 degrees Fahrenheit with a heat source like a torch can help expand the metal and break the corrosion bond, making it easier to remove the bolt. It's important to use caution when applying heat to avoid damaging surrounding components.
No heat (energy) is required to freeze water (from liquid to solid). Freezing RELEASES energy (heat), as it is an exothermic event. If you want to know how much energy is release, you need to know the heat of fusion for water, and then multiply that by the mass of water being frozen.
Endothermic reactions need heat.
more likely to need a new thermostat in engine , than an air lock.
You can do it but be careful not to break the prongs
more than likely an air lock on your water system it will need bleeding to release the air lock if that fails try replacing the thermostat
if you did not have lube you would a over heat and b lock up ever you dont put lube into it keeps the friction to a controllable level and to dissipate heat
If you encounter a frozen lock on your door, you can try using a hairdryer to gently heat the lock and key. Avoid using hot water or force, as this can damage the lock. If that doesn't work, you may need to call a locksmith for assistance.
You have a break fault. You need to get it fixed it is dangerous and ILLEGAL to drive with defective breaks.
they do need more heat than ordinary plants but not too much heat that it burns out obviously
Water has a high specific heat capacity due to its hydrogen bonding structure. This allows water to absorb and retain heat energy without large fluctuations in temperature. The hydrogen bonds need to break and reform, absorbing heat in the process, which contributes to water's ability to hold heat.
Master Lock offers a variety of padlocks, U-locks and combination locks. The standard way to open the Master Lock is to insert a key into the keyhole and turn it as you would any other lock. However, it's also possible for you to break open a Master Lock if you don't have the key. This method is good if you need to open the lock quickly, and picking the lock would take too long.Follows these instructions to open a master lock withou a key :1. Cut the metal loop off the lock with bolt cutters. Place the bolt cutters around the loop of the lock and apply pressure until the cutters break through the loop.2. Break a Master Lock U-lock with a hammer. Hit the loop of the lock directly at the curved portion of the loop. By hitting the right spot, the loop can be released from the body of the lock. This may take a few attempts to find the right spot.3. Break a combination lock with a screwdriver or shim. Pry the numerical dial off the front of the combination lock. Slip the screwdriver or shim under the numerical front and apply upward pressure. Break the center metal piece of the lock. Stick the screwdriver or shim in the hole on the front of the lock and move it around until the metal piece is loose and the loop of the lock releases.
7 days
probably just that you didn't have as much amniotic fluid (waters) in your body, so there wasn't much of a need
24lbs - 32.2lbs of force.