The number of vibrations n n per second of a nylon guitar string varies directly with the square root of the tension t t and inversely with the length l l of the string. if the tension is 256 256 kilograms when the number of vibrations per second is 15 15 and the length is 0.6 0.6 meters, find the tension when the length is 0.3 0.3 meters and the number of vibrations is 12 12 .

Step-by-step explanation:

We know that:

: The number of vibrations per second of the nylon guitar string.

: Tension.

: The length of the string.

Since    varies directly with the square root of the   and inversely with  , the equation has the following form:

Where "k" is the constant of variation.

Knowing that when and , , we can find the value of "k":

Finally, in order to find the tension when the length is 0.3 meters and the number of vibrations is 12, you need to substitute these values and the value of "k" into and solve for :

answer: 140

step-by-step explanation:

so just add all then it will be your answer but i am not pretty sur eif it is but hope this i am here to people

the answer is (-8,-5)

step-by-step explanation:

the endpoint to midpoint is half the length. the length is (-2,-1) so when you are at the midpoint just add it to it to find your answer -6+(-2)= -8 and -4+(-1)=-5 so (-8,-5)