Theoretically it is possible to achieve a "zero accident rate" however, there are two siginificant factors that must considered and accepted. First, the risk involved in everything we do is never zero. It might be really low, but the fact remains that it is always a positive number. As a direct result of never achieving zero risk, the accident rate can never be zero either. The accident rate may get very low but it will still not equate to zero. Some mathematicians may argue that the number can be driven down so low that it is virtually indistinguisbale from zero. That is true however, as is the case with many accident types, we are not there yet! The financial cost of accident prevention is the second factor that affects a zero accident rate. Preventing accidents has a cost, and that cost increases as the accident rate gets lower. Many organizations are just not prepared to invest in accident prevention at the same monetary level when they see diminishing returns in terms of damage and injury reducion as the rate gets lower.
Not possible ya
Yes - for a while. Or indefinitely, if you will accept zero acceleration as "constant acceleration".
No, it is not possible for an object's mass to be zero.
I think the term you're looking for is cryogenic processing. The NIST defines cryogenic temperatures as those below 93.2 Kelvin. Slowly reducing temperatures, to prevent damage from thermal shock, to below 93.2 Kelvin is a cryogenic process.
"Absolute Zero" refers to zero on the kelvin scale for temperature. Absolute Zero, or 0 kelvin ( = -459.67 degrees Fahrenheit = -273.15 degrees Celsius), is the coldest possible temperature. It is probably impossible to achieve this temperature, but you can get very close.
Some companies can. If you produce a standardized product, you maintain rigid production schedules and you have a very good supply chain, you can definitely achieve zero inventory. I run a job shop. I do a modified zero-inventory system. The things I use the most of, I keep a lot of inventory on hand. The things I rarely use are ordered as necessary.
Yes, zero could be a possible solution to the equation.
NO, a vector will not be zero if one of its components will be zero.
yes, it is possible to divide zero by a number. It is not possible to divide a number by zero though, which is undefined.
Division by zero is not possible in arithmetic.
no, the charge would have to be of equal sign to achieve this.
possible accidents