Answer: The distance is d = 13 .
Step-by-step explanation:
In order to find the distance between the two points, you need the distance formula:
where there is 
and 
.
-Use the those two points 
and 
for this formula:
-Then, you start solving:
So, therefore, the result is .
I think you might didn’t get the rest or add a picture
I Think The Answer Is 0.5 Or 5/10 But I'm Not Sure
Solve for x:
2 sin^2(x) = 1
Divide both sides by 2:
sin^2(x) = 1/2
Take the square root of both sides:
sin(x) = 1/sqrt(2) or sin(x) = -1/sqrt(2)
Take the inverse sine of both sides:
x = 2 π n_1 + (3 π)/4 for n_1 element Z or x = 2 π n_2 + π/4 for n_2 element Z or sin(x) = -1/sqrt(2)
Take the inverse sine of both sides:
Answer: x = 2 π n_1 + (3 π)/4 for n_1 element Z or x = 2 π n_2 + π/4 for n_2 element Z or x = 2 π n_3 + (5 π)/4 for n_3 element Z or x = 2 π n_4 + (7 π)/4 for n_4 element Z
Answer:C
Therefore: In Quadrant I, cos(θ) > 0, sin(θ) > 0 and tan(θ) > 0 (All positive). For an angle in the second quadrant the point P has negative x
Step-by-step explanation:
