All animals also communicate in the human audible frequency range.

Will the sound having a frequency of $10000 \mathrm{hertz}$ can be heard by human beings or not?    

Which of the following frequency of sound can be generated by a vibrating simple pendulum as well as by the vibrating vocal cords of a rhinoceros?

Will the sound having a frequency of $6 \mathrm{hertz}$ can be heard by human beings or not?  

Will the sound having a frequency of $35000 \mathrm{hertz}$ can be heard by human beings or not?   

Which of the following sound frequencies can be heard by a woman having a normal hearing range?

$\begin{array}{rcl}& & \mathrm{A}. 25000 \mathrm{Hz} \\ & & \mathrm{B}. 15 \mathrm{KHz} \\ & & \mathrm{C}. 4000 \mathrm{Hz} \\ & & \mathrm{D}. 25 \mathrm{Hz}\end{array}$

Will the sound having a frequency of $5000 \mathrm{hertz}$ can be heard by human beings or not?   

Write the quadrants in which the following points lie:

$\left(-4,7\right)$

Which of the following frequency of sound can be heard by a dog but not by a man?

(a) $50,000 \mathrm{hertz}$

(b) $15,000 \mathrm{hertz}$

Will the sound having a frequency of $18 \mathrm{kHz}$ can be heard by human beings or not?