Answer: The first question is a corrosponding angle, which means the measure is the same. So, angle KRQ is 146°.
And QRN is 128°.
Answer:
10 5
Step-by-step explanation:
The answer is 0.8
I think that’s the answer
Answer:
x=3, 5, 4, 4, 3
Step-by-step explanation:
Given:
Starting at a fixed time, each car entering an intersection is observed to see whether it turns left (L), right (R), or goes straight ahead (A) such that the experiment terminates as soon as a car is observed to turn left.
X = the number of cars observed
For outcome RRL,
experiment terminates after the third car, so, X = 3
For outcome AARRL,
experiment terminates after the fifth car, so, X = 5
For outcome AARL,
experiment terminates after the fourth car, so, X = 4
For outcome RRAL,
experiment terminates after the fourth car, so, X = 4
For outcome ARL,
experiment terminates after the third car, so, X = 3
Answer:
Equation of the line that it is perpendicular to y=7x-3 and passes through the origin is given by 7y + x = 0
Explanation:
We have equation of line , y =7x -3, comparing it with y = mx +c
So slope of line , m = 7
We know that the product of slopes of perpendicular lines = -1
So m*Slope of perpendicular line = -1
7* slope of perpendicular line = -1
slope of perpendicular line = -1/7
Given that the perpendicular line passes through origin (0,)0)
We also know that equation of a line passing though origin is given by the expression, y = mx
Here m = -1/7
So equation of perpendicular line, y = -x/7
or 7y + x = 0
Equation of the line that it is perpendicular to y=7x-3 and passes through the origin is given by 7y + x = 0
