One of the first instances when the “not guilty by reason of insanity” defenses was used involved the following defendant:
Daniel M’Naughten
M’Naughten was put on trial in 1843 on charges of murder for killing the Prime Minister’s secretary Edward Drummond (it is believed that he thought Drummond was the Prime Minister). This case established the “M’Naughten Rules” in law that pertain to the insanity defense.
A speaker's credibility is affected by two primary factors-competence and character.
<h3>What is
factors-competence?</h3>
Following on from the preceding explanation, three elements influence students' competence, which will be investigated further. Teachers' instructional performance, students' learning satisfaction, and accomplishment motivation are among these aspects.
Competence is defined as your talent or aptitude in a particular field or subject, or being able to perform something well or being sane enough to face trial in court. A pianist's ability to play the piano skillfully is an example of competence.
Affective social competency is defined as effective communication of one's own affect, successful understanding and response to others' affective communications, and awareness, acceptance, and regulation of one's own affect.
To know more about factors-competence follow the link:
brainly.com/question/2014737
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Answer:
False.
Explanation:
The defendant, that is, his guilt, can only be clearly defined by material evidence.
The motive says a lot about the character of the act committed, but the motives of the crime are null and void without proof.
If the motive requires the sole reason for the commission of the crime, such treatment can be devastating to the truth, since in that case, the evidence sheds light.
The motive is the starting point of the investigator in the search for truth. The danger of taking a motive in this context can lead the investigation into the "wrong track". Finally, a motive for committing a crime without any person having done the same.
Find the current
Formula V=IR —> I = V/R
V= 10V, I = 2Ω
—> I = 10V/ 2Ω = 5A
So, the current is 5A
