Flies flap their wings at frequencies much too high for pure muscle action. A hypothesis for how they achieve these high frequencies is that the flapping of their wings is the driven oscillation of a mass-spring system. One way to test this is to trim a fly's wings. If the oscillation of the wings can be modeled as a mass-spring system, how would this change the frequency of the wingbeats? A. Trimming the wings will reduce their mass and this will decrease the frequency of the wingbeats
B. Trimming the wings will ncrease their mass and this will decrease the frequency of the wingbeats
C. Trimming the wings will educe their mass and this will increase the frequency of the wingbeats.
D. Trimming the wings will ncrease their mass and this will increase the frequency of the wingbeats