The decimal points in your question have been lost in the process of posting it on WA.
Assuming you're generating and transporting AC, you can do like the public utilities do ...
buy a couple of Transformers and transport the power at higher voltage. Step the voltage up
at the source, and down at the load.
Every time you double the voltage (and cut the current by 50%), you reduce the loss in the same cable by 75%.
If you're generating 120 volts AC, and ship it instead at 480, you reduce the loss in the cable by 93%. The difference
may even pay for the transformers over the long run.
Obviously, this only works for AC.
No, but it can't be impractical
A robotic vacuum that requires manual intervention to move furniture out of its way would be an example of an impractical technological solution. The purpose of a robotic vacuum is to automate the cleaning process, not create more work for the user.
Parallel
There is no solution. The answer to this sort of question (such as y=2x+3, and y=2x+4) would be no solution, since the lines never intersect, but instead continue on to go an infinite distance without ever crossing each other.
Parallel lines never meet and so parallel equations do not have any simultaneous solution.
Zero; they never intersect and therefore they do not have a solution.
No, if two lines are parallel they will not have a solution.
Nope; they don't intersect.
A system of equations will have no solutions if the line they represent are parallel. Remember that the solution of a system of equations is physically represented by the intersection point of the two lines. If the lines don't intersect (parallel) then there can be no solution.
To optimize the speedup of a parallel solution, you can focus on reducing communication overhead, balancing workload distribution among processors, and minimizing synchronization points. Additionally, utilizing efficient algorithms and data structures can help improve the overall performance of the parallel solution.
A hypochlorous generator works by using electricity to convert salt and water into a disinfectant solution called hypochlorous acid. This solution is effective at killing bacteria and viruses, making it a powerful disinfectant for cleaning and sanitizing surfaces.
To effectively utilize a hypochlorous acid generator for home use, follow these steps: Read and understand the manufacturer's instructions for the generator. Dilute the hypochlorous acid solution according to the recommended ratio. Use the solution to clean and sanitize surfaces, such as countertops, doorknobs, and floors. Allow the solution to sit for the recommended contact time before wiping it off. Store the generator and solution in a safe place away from children and pets. Regularly clean and maintain the generator to ensure its effectiveness.