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Q: The following question refers to “The Cask of Amontillado”: The following is an example of what literary element: “Enough,” [Fortunato] said; “The cough’s a mere nothing; it will not kill me. I
shall not die of a cough.” “True – true,” [Montressor] replied. A. Simile B. Foreshadowing C. Metaphor D. Alliteration
A: This question has not been answered. Can you answer it? Please add your answer below ...
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Asked 8/7/2013 3:35:46 AM
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m = –3, b = –9 User: The grocery store sells kumquats for $4.50 a pound and Asian pears for $4.00 a pound. Write an equation in standard form for the weights of kumquats k and Asian pears p that a customer could buy with $12.
Weegy: The correct answer is B. 3.75k + 2.25p = 22 User: Write an equation of a line that has the same slope as 2x – 5y = 12 and the same y-intercept as 4y + 24 = 5x Weegy: y= 2/5x - 6 User: Write y = 2/3 + 7 in standard form using integers. User: The grocery store sells kumquats for $4.25 a pound and Asian pears for $2.25 a pound. Write an equation in standard form for the weights of kumquats k and Asian pears p that a customer could buy with $18. Weegy: The correct answer is B. 3.75k + 2.25p = 22 User: Write y = 1/4 + 9 in standard form using integers. User: The grocery store sells kumquats for $4.50 a pound and Asian pears for $2.50 a pound. Write an equation in standard form for the weights of kumquats k and Asian pears p that a customer could buy with $12. Weegy: The correct answer is B. 3.75k + 2.25p = 22 (More)
Question
Expert Answered
Updated 7/31/2014 9:30:57 PM
2 Answers/Comments
The equation of the line with m = –3, b = –9 is y = -3x - 9.
Added 7/31/2014 9:29:14 PM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [7/31/2014 9:56:49 PM]
y = 1/4x + 9 in standard form is x - 4y = -36
Added 7/31/2014 9:30:57 PM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [7/31/2014 9:59:40 PM]
Find the square. (2x – 6)2 A. 4x2 – 24x + 36 B. 4x2 – 8x + 36 C. 4x2 + 36 D. 4x2 – 12x + 36
Weegy: (2x - 6)^2 = 4x^2 - 24x + 36 User: Factor the expression. 90k3 – 60k2 + 72k – 48 A. 6(5k2 + 4)(3k – 2) B. (30k2 – 4)(18k + 2) C. (5k2 + 24)(3k – 12) D. 6(5k2 – 4)(3k + 2) Weegy: The factors of 90k^3 - 60k^2 + 72k - 48 = A. 6(5k2 + 4)(3k – 2) User: Find the GCF of the terms of the polynomial. 39x3 + 26x4 A. 13x4 B. 13x3 C. 26x D. x3 (More)
Question
Not Answered
Updated 6/24/2014 11:00:48 AM
1 Answer/Comment
The GCF of the terms of the polynomial 39x^3 + 26x^4 is 13x^3
Added 6/24/2014 7:38:30 AM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [6/24/2014 10:58:27 AM]
Factor the expression. x2 – 10xy + 24y2 A. (x + 6y)(x + 4y) B. (x – 2y)(x + 12y) C. (x + 2y)(x – 12y) D. (x – 6y)(x – 4y)
Weegy: x^2 – 10xy + 24y^2 = (x – 6y)(x – 4y) User: Match the expression with its name. 6x^4 – 9x + 3 A. cubic binomial B. quadratic monomial C. fourth-degree trinomial D. not a polynomial (More)
Question
Not Answered
Updated 7/1/2014 9:05:48 AM
0 Answers/Comments
Find the GCF of the terms of the polynomial. 39x3 + 26x4 A. 13x4 B. 13x3 C. 26x D. x3
Question
Not Answered
Updated 6/24/2014 1:26:26 AM
1 Answer/Comment
The GCF of the terms of the polynomial 39x^3 + 26x^4 is 13x^3.
Added 6/24/2014 1:26:26 AM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [6/24/2014 1:54:54 AM]
Factor the expression. k2 + 8kf – 20f2 A. (k + 10f)(k + 2f) B. (k – 10f)(k – 2f) C. (k + 10f)(k – 2f) D. (k – 10f)(k + 2f)
Weegy: C. (k + 10f)(k ? 2f) User: Find the common ratio of the sequence. 6, –30, 150, –750, . . . A. 1/-5 B. –36 C. –5 D. 36 Weegy: C. (k + 10f)(k – 2f) are the factors of the expression k2 + 8kf – 20f2. If you multiply those factors, you will get the original expression, therefore it is the correct values. User: Find the GCF of the terms of the polynomial. 24x3 + 27x2 A. 3x2 B. x2 C. 3x3 D. 24x Weegy: The GCF of the terms of the polynomial. 24x3 + 27x2 A. 3x2 (More)
Question
Expert Answered
Updated 6/24/2014 1:25:07 AM
1 Answer/Comment
The common ratio of the sequence 6, –30, 150, –750, . . . is -5.
Added 6/24/2014 1:25:07 AM
This answer has been confirmed as correct and helpful.
Confirmed by jeifunk [6/24/2014 1:58:01 AM]
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