Answer:
m∡2 = 64°
Step-by-step explanation:
By definition of vertical angles, the angles opposite of each other are equal each other.
∴ IF ∡1 and ∡2 are vertical angles, AND m∡1 = 64°, THEN m∡2 = 64°. (CPCTC - Definition of Vertical Angles).
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Vertical angles are equal. Therefore, if ∡1 is 64°, then ∡2 is also 64°.
In mathematics, vertical angles are a pair of non-adjacent angles formed when two lines intersect. By definition, vertical angles are equal in measure.
Therefore, when angle 1 (∡1 ) and angle 2 ( ∡2 ) are vertical angles, if the measure of angle 1 ( m∡1 ) equals 64° as per the question, then the measure of angle 2 (m∡2) will also equal 64°.
So, m∡2 = 64°.
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cos(θ) =
tan(θ) =
csc(θ) =
sec(θ) =
cot(θ) =
Answer:
Step-by-step explanation:
Alright, lets get started.
Please refer the diagram I have attached.
The point (8, -15) shows it is in 4th quadrant.
side X is 8 and side Y is -15.
We can find side R with help of Pythagorean theorem.
Taking square root,
sinΘ=
cosΘ=
tanΘ=
cscΘ=
secΘ=
cotΘ=
Answer
Hope it will help :)
6x + 2y =1
Choose the correct answer below.
parallel
only intersecting
perpendicular
coinciding
Answer:
The lines are parallel
The two lines, y = -3x + 8 and 6x + 2y = 1, are parallel because they both have the same slope of -3.
To determine whether the two lines are parallel, perpendicular, coinciding, or only intersecting, one must look at their slopes. The slope of a line in the form y = mx + b is given by 'm'.
If two lines have the same slope, they are parallel. If the product of their slopes is -1, they are perpendicular. If the lines have the same slope and same y-intercept, they coincide.
{p}The first line given is y = -3x + 8, so its slope is -3.
The second line, 6x + 2y = 1, needs to be rearranged into the form y = mx + b. If you subtract 6x from both sides and divide by 2, you get y = -3x + 0.5. Thus, the slope of the second line is -3 as well.
Since both lines have the same slope of -3, they are parallel.
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