Try a psychological method, it's much more efficient.
kinetic because it is using force. it would be potential if it was at the top of a hill.
their problems are indifferent for me
This type of experiment is common. For example, which of the elements of the new poultry feed produced the best outcome for the least cost? -- A common industrial task. This is solved by the use of simultaneous equations. The extreme example of a multi-variable experiment is in the cat-scan or similar measurement, where many thousand simultaneous equations are solved in a similar number of variables, to produce the end result. These numeric analyses could never be solved using human calculation power, for the analysis time would be too long. Only with the digital computer, and an algorithm for solving massive simultaneous equations, did this become possible.
Yes. You could bike or walk.
Reducing equivalent fractions to their simplest form.
The environmental problems are solved by using less vehicles,cutting less trees,by using less plastic made things like polythene,plastic bottles etc.
Problems involving the addition and subtraction of unlike fractions.
well the problem that is solved is to be able to contact people but using the phone to much close to your head it can cause brain tumors
For ten minutes, nine of them on the economy, he spewed pablum and drool, saying he was hopeful our economic problems could be solved.
Reducing fractions
Problems of morality. Premarital sex of teens would be solved that way then.
Alot of problems were solved through the use of trig. To many to count in fact. The Sears tower would be an example I can think of. But good question.
they solved their promblems by thinking about it and testing.
For reducing fractions to their lowest terms
Give me ann example of a BSECE related problem that can be solve numerically
Adding and subtracting unlike fractions.