The answer to that question is using its head
Answer:
An atomic force microscope is a nano-scale measurement and analysis instrument that touches the surface of a sample to be tested through a micro force-sensitive component (probe). While scanning the surface of the sample, the tiny tip of the force-sensitive component interacts with the surface of the sample. The microcantilever of the force sensitive component is deformed. The laser beam emitted by the laser diode is irradiated on the end of the micro-cantilever of the force-sensitive element. When the micro-cantilever is deformed, the reflected beam of the laser beam also changes correspondingly, and the reflected laser beam is received by the four-quadrant photodetector. The obtained information is converted, amplified, and output a voltage detection signal. The computer adjusts the amount of expansion and contraction of the piezoceramic scanner in the Z-axis direction by comparing the detection signal with a preset reference signal to realize feedback control. The computer processes the detection signal through software programming to obtain the surface topography image of the sample and the corresponding object.
Explanation:
https://www.creative-biostructure.com/Atomic-Force-Microscopy-AFM-Service-653.htm
The population ecologist is trying to determine the density of the oak
trees in a forest. It is a part of the job of a ecologist. By detecting
the density of the oak trees, an ecologist can easily determine whether
the density of the oak trees are decreasing or increasing with time and
what are the steps that need to be taken to keep the balance.
Answer: Decreased ability to carry oxygen.
Explanation:
