A dynamic calibration determines the relationship between a known constant input value and the measurement system output.
<h3>Why is dynamic calibration important?</h3>
Dynamic calibration of a sensor is known to be a vital as it is often used to know its dynamic behavior.
Note that the dynamic calibration of sensors is one that has been the object of a lot of research projects and as such, A dynamic calibration determines the relationship between a known constant input value and the measurement system output.
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Answer:
The answer is National Security argument
Explanation:
In this question, the woman is arguing on the basis of national security as the over-reliance on foreign countries for something as important as one used in making weapons for defense does not appeal to her. From her point of view, she does not argue from an "unfair competition" point of view, neither is she arguing because she is a little player in the industry. Her point is valid as it is a threat to national security to depend on the purchase of a very important item that is used in the manufacture of weapons for defense.
Answer:
B. Both the book and the rock have potential energy. because they are both above the ground and not moving
Explanation:
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Answer:
D. is frequently engaged in imaginative activities.
Explanation:
A person who responds successfully to a hypnotic suggestion that he NOT react to the smell of ammonia held under his nose is likely to be the type of person who is frequently engaged in imaginative activities.
Answer: pre-synaptic neuron
Explanation:
A pre-synaptic neuron is a neuron that produces the neurotransmitters in response to the action potential entering into the axon terminal. The vesicles present in the synapse forms the synaptic pool for the exocytosis of the neurotransmitters, which means they are readily releasable.
When the action potential reaches up to the nerve terminal the electrical signals will be generated at the voltage-gated calcium ion channels.
