The statements (B) and (D) are "true" about the graph of ordered pair (5, −1).
A graph can be defined as a pictorial representation or a diagram that represents data or values.
The graph of the ordered pair (5, -1). The point (5, -1) is located 5 units to the right of the y-axis and 1 unit below the x-axis.
So statement A is false. It is not 5 units below the x-axis.
So, statement B is true.
The fourth quadrant is the region where x > 0 and y < 0, so it lies in the fourth quadrant.
Thus, statements (B) and (D) are "true" about the given graph.
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Answer:
The point is below the x-axis and The point is in the fourth quadrant.
Step-by-step explanation:
The fraction is the fraction, which is not greater than the fraction given as . They are equal.
Given are two fractions.
and
It is required to find the relationship between these fractional numbers.
In order to find the relationship between two fractions, it is first required to make the denominators of the fraction equal.
Here, the denominator of one fraction is 6 and the other fraction is 12.
Since 6 is a factor of 12, multiply the numerator and the denominator by 2 to make it 12.
So, , can be multiplied by both the numerator and denominator to get So, the fractions are equal.
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II 3x + y + z
III 2x3y + y2x - 3x + 4
IV 9x3yz
A II, III, I, IV
B III, I, IV, II
C I, II, IV, III
D II, I, III, IV
Answer: 2134
Step-by-step explanation:
5c=251+16
5c+16c=251
5c+16=251
which one?
Answer:don't know like if you want
Step-by-step explanation: H I H I H I H I
B.C' (−2, −3)
C.C' (−2, 3)
D.C' (2, 3)
Answer:
Step-by-step explanation:
|x+3| = 10 means the absolute value of x+3 equal 10, so the answer to that means x= -13 or x= 7 (i.e. |-13+3| = |-10| =10, |7+3| = |10| = 10)
|x| + 3 = 10 means the absolute value of just x, so the answer to that would be x= -7 or x= 7 (i.e. |-7|+3 = 7+3 = 10, |7|+3 = 7+3 = 10)
However, take everything I say with a grain of salt, because I struggle some with Absolute Value Equations as well.
I hope this helps give you an idea of what you're looking at, though :)