<h3>
Answer:</h3>
B (2m^3−4p^5)(2m^3+4p^5)
<h3>
Step-by-step explanation:</h3>
The factoring of the difference of squares is the product of the sum and difference of the squared terms.
... a² -b² = (a -b)(a +b)
Here, you have ...
So, the factoring is the product of the sum and difference of these values:
... (2m^3 -4p^5)(2m^3 +4p^5) . . . . . . matches selection B
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<em>Comment on answer choices</em>
Perhaps you noticed that choices A and C are the same.
6(x - 3) - 10 = 2(x + 3)
6x - 18 - 10 = 2x + 6
6x - 28 = 2x + 6
add 28 to both sides of the equation
6x = 2x + 34
subtract 2x from both sides of the equation
4x = 34
divide 4 from both sides of the equation
x = 8.5
The first pair of triangles are similar.
Triangle ABC is similar to Triangle PQR.
I used the SSS theorem of congruency.
( side - side - side) since I knew the sides were equal I knew that they were congruent.
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The second pair of triangles are similar too.
Triangle ABC is similar to Triangle DEF.
I also used the SSS theorem of congruency.
Since I knew what the sides were, I did some calculations and they all equalled 6...
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I hope that helps you out!! Any more questions??
Answer:
29
Step-by-step explanation:
Hot Dog packages
4 = 2 *2
7 = 1 * 7
To determine, the largest possible number of hot dogs that you can't get exactly by buying these hot dogs is to determine the LCM ( lowest common multiple of 4 and 7 ) and add 1 to it
LCM of 4 and 7 = 1 * 2 * 2 * 7 = 28
Highest number that combining 7 and 4 packages can't give = 28 + 1 = 29
<span>It appears to be a scalene triangle because its 3 sides are of different lengths</span>
