Answer:
CONSUMER BEHAVIOUR
Explanation:
Consumer behaviour is the study of consumer's emotional, mental and behavioural responses and how customers buy and use goods and services to satisfy their needs and wants.
The actions or mood of consumers and the reason for the mood are important in the marketplace.
Therefore understanding and keeping track of consumer behavior or mood is important for businesses because it influence the purchasing behavior of a consumer. The secret to more sales is understanding consumer behavior because consumer mood alters the weighting of product attribute information such that when consumer is in a good mood, positive product attributes are weighted more heavily.
Answer: The b-vitamin 1 (or thiamine) is part of 2 coenzymes that help break down glucose
Explanation:
Thiamine, also known as vitamin B1, is a water-soluble vitamin belonging to the B complex. The main function of thiamine is its action on carbohydrate (glucose), fat and protein metabolism, acting as a coenzyme - thiamine diphosphate. This coenzyme in combination with phosphorus, forms coenzyme thiamine pyrophosphate (TPP), which is the key to various reactions such as the transformation of glucose into energy (ATP). TPP acts as a coenzyme in the oxidative decarboxylation of pyruvate, forming acetate and acetyl coenzyme A, a major component of the Krebs pathway, and is required for carbohydrate, fat and protein metabolism
The hormone that causes drowsiness is called <span>Melatonin and also t</span><span>ryptophan.</span>
<span><span>The neuron, a
cell that composes the nervous system. For example a brain, an organ
composed of thousands of neural fibers and glial cells that performs
many important organismic functions.
Neurons are specialised cells
that have dendrites, axons and terminal buttons that sends and receives
stimuli from the environment and transduces it into a meaningful
information and understand the complexities which the brain now
functions. </span>
From the sensory organ received by the
sensory neuron the message is sent to the brain and then back to the
motor neuron to the muscle or organ responsible.</span>