The two types of information that can be stored in long-term memory are explicit and implicit memories. Explicit memories are specific to facts and events, such as a your wedding or continents on a map. Implicit memories are specific to procedures and conditioned responses, such as riding a bike or feeling happy when your favorite song plays.
Answer:
I foresee increased anxiety, frustration, and social shutdowns.
Explanation:
The frustrations would arise from anger issues and anxiety could cause social shutdowns. I would advise removing the student that is having anger issues and have those with anxiety work independently.
When assessing a newborn, the nurse should cover and report the 5 manifestations included in the process for determining the Apgar score.
Apgar score is a score given to newborn babies following a series of evaluations. The purpose of this score is to detect health issues and determine the level of immediate care the baby requires. The evaluations include measurements of:
- Heart Rate
- Breathing effort
- Muscle tone
- Reflex
- Color
Heart rate and breathing effort are self-explanatory. They seek to determine if the heart and lungs of the newborn are functioning as intended. Meanwhile, the Muscle tone evaluation looks for any deformities in the muscles of the newborn, looking to confirm that the child is able to properly flex and move the arms and legs. Reflex tells whether the child has a strong cry and responds to stimulation as per the norm. Finally, color is a test to check for proper circulation of irrigation of specific parts throughout the body, primarily the hands and feet.
When assessing the newborn, the nurse should report each of these manifestations, after scoring them from 0 to 2. Most babies should score a total of 8-9 points, 10 being superb health. Those newborns who for a series of reasons score below a 6 are considered as being in imminent danger and require intensive care.
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Answer:
I think that your answer is B.
Explanation:
<em>Hope </em><em>It </em><em>helps</em><em>!</em>
Odorous molecules are perceived by the human olfactory system. This system is defined as the mechanism allowing humans to perceive different smells.
First, the very light odorous molecules are introduced into the nasal cavity; and the decoding begins.
This transduction begins when odorants bind to specific receptors on the outer side of the eyelashes: this linkage can be done directly or via mucus G proteins that bind the molecules and transport them to the receptor neurons located on the eyelash membrane. In this association, a G protein found in the receptors is released. It activates an adenylyl cyclase to produce cyclic AMP (cAMP). In turn, cAMP acts and opens a channel allowing molecules of Na + and Ca 2+ that depolarize the neuron (depolarization = association of electric charges in a body under the influence of an electric field). Thus the increase of Ca 2+ causes the opening of a second channel: Cl - channel, which contributes to most of the depolarization forming the receptor potential. This depolarization amplified by a current Cl- activated by calcium (Ca 2+) extends passively from the eyelashes to the region of the axonal cone (= constant extension of the nerve cell which will allow the transmission of the information to the bulb) of the neuron where the emission of action potentials is transmitted to the olfactory bulb. The information carried by the neuron after depolarization is decoded by this axonal cone.
Once these olfactory signals come out of the epithelium, the axons (= extensions) of the receptor cells gather and form a multitude of bundles that together make up the olfactory nerve. This nerve is defined as the junction between the entire mucus, epithelium and axonal cone, and the olfactory bulb. This bulb is essentially characterized by the presence of glomeruli forming a mass of nerve tissue capable of receiving the primary information from the cone.
