Answer:
it would be zero
Step-by-step explanation:
Answer:
16
Step-by-step explanation:
The equation is X2 – 19x + 48 = 0
Using the quadratic formula
X= - b +- √ ( b^2 - 4ac)/ 2a
Where a= 1 b= -19 c= 48
Substitute into the formula we have
CHECK THE ATTACHMENT
HENCE, the solution are 3 and 16
The value of m∠M is 112°
Step-by-step explanation:
In the parallelogram NPMQ, opposite angles ∠P=∠M.
To get the value of the angles, equate the two expressions;
(6x-2)°=(4x+36)°
6x-2=4x+36 ------ collect like terms
6x-4x=36+2
2x=38
x=38/2 =19
So, ∠M= (6x-2)° = (6×19 - 2)° = 112°
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Angles in a parallelogram : brainly.com/question/11611093
Keyword : angles
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Answer:
it depends on what he means
Step-by-step explanation:
The friend needs to clarify the meaning of "if three lines intersect each other." If Line A intersects lines B and C, there will be two points of intersection, one at line B and one at line C.
If those lines are all in the same plane, and B and C are not parallel, so that line B intersects line C, then there will be a total of three points of intersection.
If the point of intersection of B and C is also the point where line A intersects them, then there will be only one point of intersection.
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So, if the meaning is "if there are three non-parallel lines in the same plane, and each intersects the other two", then the Line Intersection Postulate guarantees there will be 1 or 3 points of intersection.
If the meaning is "if there are three lines not necessarily in the same plane, and one intersects the other two (but those two don't intersect each other)", then there may be 1 or 2 points of intersection (allowing that all lines may intersect at the same point).
Answer:
56 decreases to 11 because 45 was subtracted from it.
56-45=11
