The narrative technique might be using simple sentences
As evidence that Fawcett was "a remarkable man," the author shows that he was a very admirable explorer and was part of one of the most important geographical groups in Britain.
This can be seen in the lines:
- "Fawcett [...] as an honored member of Britain's renowned royal geographic society."
- "[...] He'd battle anacondas and electric eels, and how he'd emerge with maps of regions that no one had even came back from."
In this case, we can see that the author used the account of someone who studied Fawcett's life about his great deeds and how he was very good at what he did.
Fawcett was such an extraordinary man that even his disappearance is a curious thing and one that attracts the attention of all who want to know more about him.
In this case, we can say that the author's argument about Fawcett being an incredible man is effective because the author shows evidence to support it.
More information on the use of evidence at the link:
brainly.com/question/37503
Answer:
Componential intelligence
Explanation:
Robert Sternberg was a Psychologist who proposed the triarchical theory of intelligence.
They include:
The Componential intelligence
The Contextual Intelligence
The Experiential intelligence.
The Componential intelligence deals with using data analysis to solve problems as a result of something that has been learned in the past.
The Contextual intelligence is concerned with the intelligence needed for individuals to be able to face the real world.
The Experiential intelligence involves using previous experiences to solve a problem.
Answer:
Ruth thinks the Thorpe family should stay at her home, but Mr. Thorpe wants them to leave.
Explanation:
Be gratefull.
Answer:
Frequency of individuals with AA genotype is 
Explanation:
As per Hardy-Weinberg equation, frequency of allele "a" is 
Which means that 
where "q" denotes frequency of allele "a"
As per I equation of Hardy-Weinberg -
where "p" denotes frequency of allele "A"
Substituting the value of "q" we get ,
Frequency of individuals with AA genotype is represented as 
which is equal to
Frequency of individuals with AA genotype is
