What is tone?
a comparison between two otherwise unlike people, objects, or places
the time and place in which a story takes place
a type of figurative language in which a non-human object is given human qualities
the author's attitude toward the subject
11 answers
The correct answer is: the author's attitude toward the subject.
What is an allusion?
a comparison between two otherwise unlike objects, people, or places
the literal definition of a word
a brief or indirect reference to a well-known person, character, or event
a struggle between two opposing forces
a comparison between two otherwise unlike objects, people, or places
the literal definition of a word
a brief or indirect reference to a well-known person, character, or event
a struggle between two opposing forces
The correct answer is: a brief or indirect reference to a well-known person, character, or event.
What is an analogy?
a lesson or message than an author expresses through the literary elements of the text
a brief or indirect reference to a well-known person, character, or event
the feeling or idea that a word suggests
a comparison between two otherwise unlike objects, people, places, or things
a lesson or message than an author expresses through the literary elements of the text
a brief or indirect reference to a well-known person, character, or event
the feeling or idea that a word suggests
a comparison between two otherwise unlike objects, people, places, or things
The correct answer is: a comparison between two otherwise unlike objects, people, places, or things.
Select the coordinates A′ and B′ after dilation of the line segment AB with a scale factor of 2, centered at the origin where the endpoints are A(3,7) and B(4,9) .
A′(−6,3) and B′(8,18)
A′(32,72) and B′(2,92)
A′(6,14) and B′(8,18)
A′(6,14) and B′(−4,3)
A′(−6,3) and B′(8,18)
A′(32,72) and B′(2,92)
A′(6,14) and B′(8,18)
A′(6,14) and B′(−4,3)
The correct answer is A′(6,14) and B′(8,18).
Select the coordinates A′ and B′ after dilation of the line segment AB with a scale factor of 13, centered at the origin where the endpoints are A(−6,3) and B(−12,9).
A′(−18,9) and B′(−36,27)
A′(−6,3) and B′(−4,3)
A′(−2,1) and B′(−12,9)
A′(−2,1) and B′(−4,3)
A′(−18,9) and B′(−36,27)
A′(−6,3) and B′(−4,3)
A′(−2,1) and B′(−12,9)
A′(−2,1) and B′(−4,3)
The correct answer is A′(-78,39) and B′(-156,117).
what is the Answer
I apologize for the incorrect response in my previous answer. Let me provide the correct solution:
A dilation of a line segment by a scale factor of 13, centered at the origin, can be found by multiplying the coordinates of each endpoint by the scale factor.
For endpoint A(-6,3):
x-coordinate of A': -6 * 13 = -78
y-coordinate of A': 3 * 13 = 39
For endpoint B(-12,9):
x-coordinate of B': -12 * 13 = -156
y-coordinate of B': 9 * 13 = 117
Therefore, the coordinates after dilation are A′(-78, 39) and B′(-156, 117).
A dilation of a line segment by a scale factor of 13, centered at the origin, can be found by multiplying the coordinates of each endpoint by the scale factor.
For endpoint A(-6,3):
x-coordinate of A': -6 * 13 = -78
y-coordinate of A': 3 * 13 = 39
For endpoint B(-12,9):
x-coordinate of B': -12 * 13 = -156
y-coordinate of B': 9 * 13 = 117
Therefore, the coordinates after dilation are A′(-78, 39) and B′(-156, 117).
1 answer