Standing waves along a string of length 0.85 m . The string has a linear density 6 g/m and is tensioned by a hanging mass 2.8 kg. What frequency will be needed in order to produce a standing wave with 3 antinodes?

this allows people to make the best decision or pursue the best option. when alternatives are weighed using their advantages and disadvantages, the option whose disadvantages outweigh the advantages (based on a qualitative or quantitative analysis) are shunned while those whose advantages outweigh their disadvantages are pursued.  

where is the

the answer is 100. i just did this lesson and got a 100% on it. : )

-fishtank