Answer:
serious crimes may be prosecuted only after an indictment has been issued by a grand jury.
Explanation:
Answer:
Broca's
Explanation:
Broca's area: The term "Broca's area" is also written as "Broca area" and is described as one of the different regions of the brain i.e, in the "dominant hemisphere" (mostly left hemisphere) of the frontal lobe of an individual's brain. Broca's area is responsible for functioning in speech production.
If an individual's Broca area is being damaged then he or she might develop "aphasia" i.e, an individual loses the capability to communicate or understand speech utilizing language.
In the question above, the given statement represents Broca's area.
Answer:
A.
Explanation:
A stimulus-based model of stress defines stress as a stimulus. <u>This means that certain events can trigger a person psychologically that makes them vulnerable to sickness</u>. The model was developed by Holmes and Rahes in 1967.
From the given options the example of stimulus-based stress is option A. <u>It is because Caroline is suffering from stress because of a life event, that is she is home alone. Since she is living alone at home she has developed stress and because of which she has developed a disorder of hearing unusual noises outside</u>.
So, the correct answer is option A.
Peristalsis can make her urine move away from the kidneys and to the bladder in such a situation.
Muscles contract and relax in a radially symmetrical pattern during peristalsis, which travels anterogradely down a tube like a wave. It is what carries food and liquids through each step of digestion. We would be unable to feed or eliminate without peristalsis. Peristalsis's gradual but constant movement is crucial for the health of the digestive system. It allows your body enough time to digest food and simultaneously absorb nutrients.
The pelvic pressure rises when the urine is gathered in the renal pelvis, starting a peristaltic contraction that travels down the ureter to the bladder. With pressure ranging from 50 to 100 mm Hg, the peristaltic wave might push urine against an obstruction.
Peristalsis can only move the pee from the kidney into the bladder at relatively modest mean rates of urine flow, according to a one-dimensional, lubrication-theory analysis. In these conditions, isolated boluses of urine are steadily pushed (assumed uniform) down the ureter by the contraction waves.
To know more about Peristalsis refer to: brainly.com/question/15265456
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