Aziz, Beatrice, and Charita are discussing the results of their experiment. Aziz claims that higher frequencies are always resonant on longer resonators. Beatrice claims that lower frequencies are resonant on longer resonators for string systems when both endpoints are fixed, but that Aziz is right for air-tube systems where one end is fixed and the other end has maximum oscillation. Charita isn't sure which of the other two is correct about standing waves but says that the one thing she learned was that changing the conditions of the oscillating material changes the wave speed. With whom do you agree? Explain your reasoning with references to your data and with any observations you make with the two wave systems or Boom-Wacker musical resonance tubes available in the lab.

Aziz  is right because the higher frequencies are always resonant on  higher resonators

Explanation: Aziz is right for air-tube systems where one end is fixed and the other end has maximum oscillation. so clarify Charita  thought i can explain further that hollow enclosure with conducting walls capable of containing electromagnetic fields having particular frequencies of oscillation and exchanging electrical energy with them, used to detect or amplify microwaves.

answer; /// (a) and (b) ; /// but i believe the correct answer is ; /apart from fines and jail time, driving under the influence puts the life of the driver and everyone else on the road at risk; (b)

the technology changed agriculture in an impacting manner since many people left the field work by a cellular or other technological appliances