What are (a) the lowest frequency, (b) the second lowest frequency, and (c) the third lowest frequency for standing waves on a wire that is 10.0 m long, has a mass of 100 g, and is stretched under a tension of 250 N

Explanation:

a. The wire's length is 10m long and has a mass 100g and a tension of 250N.

Frequency is given by the equation:

#where t=250N*10=2500N,

#substitute for actual values for the lowest frequency.

 #n=1, lowest frequency

Hence, the lowest frequency for standing waves is 7.9057Hz

b.The wire's length is 10m long and has a mass 100g and a tension of 250N.

Frequency is given by the equation:

          #where t=250N*10=2500N,

#The second lowest frequency happens at :

Hence, the second lowest frequency is 15.8114Hz

c.Given that the wire's length is 10m long and has a mass 100g and a tension of 250N.

Frequency is given by the equation:

                   #where t=250N*10=2500N,

The third lowest frequency happens at

Hence, the third lowest frequency is 23.7171Hz

what are the options.

explanation:

3. dark matter

empty space could also be a simple vacuum