No, the carbon dioxide needs to be compressed before hand, otherwise it'd just escape from the nozzle when it's released - as opposed to being pressurised, which is what you want.
There is equipment that connects from the gas tank to the fire extinguisher, and is deigned to keep from overpressurizing the extinguisher. Do NOT try this without the equipment.
To fill a fire extinguisher properly, follow these steps: Check the pressure gauge to ensure it is in the green zone. Remove the safety pin and nozzle. Pour the appropriate extinguishing agent into the canister. Reattach the nozzle and safety pin. Shake the extinguisher to mix the contents. Check the pressure gauge again to ensure it is still in the green zone. Remember to always follow the manufacturer's instructions for your specific fire extinguisher.
You can fill a fire extinguisher with any substance you like. Whether it will work as a fire extinguisher afterwards is a different matter. The old pump-style water fire extinguishers in college dormitories have occasionally been found to contain beer (which at least still works for the intended purpose) or gasoline (which is not so effective), which is one reason you don't see that type so much anymore.
Carbon dioxide as a gas is invisible, odorless, and expands to fill its container. In contrast, as a solid (dry ice), it is a white, solid substance that sublimes directly from a solid to a gas without melting.
To pressurize a Sears dry chemical fire extinguisher model 958044, first ensure that the extinguisher is fully charged and that the safety pin is in place. Locate the pressure gauge on the extinguisher; it should be in the green zone. If the pressure is low, use a compatible air compressor or nitrogen tank to refill the extinguisher by connecting it to the fill valve. Always follow the manufacturer’s guidelines and safety procedures when handling fire extinguishers.
Carbon has four valence electrons, so it will need four more electrons to fill its outer shell.
4 to fill the 2p shell
no, however their is a shop that puts nitrogen oxide in low profile wheels and tires.
When oxygen combines with sodium, it forms sodium oxide due to a transfer of electrons from sodium to oxygen. This transfer results in the creation of ionic bonds between the positively charged sodium ions and negatively charged oxide ions, stabilizing the compound. Sodium oxide is more energetically favorable compared to pure oxygen due to the increased stability achieved through the formation of this ionic bond.
Carbon has four valence electrons, so it will need four more electrons to fill its outer shell.
I fill mine every 2 weeks but that has no relation to how often you fill yours. That is directly related to how much you drive.
The amount of carbon dioxide needed to fill a balloon will depend on the size of the balloon. On average, a standard party balloon can hold roughly 0.5 grams of carbon dioxide gas when fully inflated.