Hope this helps you ;)
The table below shows the ages of houses to the nearest year in a neighborhood. Using the age of the houses as the random variab
2 answers:
Answer:
The probability distribution of X is given by,
P(X = x) 0.17 when x = 1
0.22 when x = 2
0.28 when x = 3
0.33 when x = 4
= 0 otherwise
Step-by-step explanation:
According to the question, X is the random variable denoting age of a house to the nearest year in a neighborhood.
From the given data we can construct the following table -
Age of house(X) Frequency Relative frequency
(Almost equal to)
1 15 0.17
2 20 0.22
3 25 0.28
4 30 0.33
So, the probability distribution of X is given by,
P(X = x) 0.17 when x = 1
0.22 when x = 2
0.28 when x = 3
0.33 when x = 4
= 0 otherwise
You might be interested in
Answer:
Tangent at (1,2) has value . And (-2, 4) is the point of intersection of horizontal tangent.
Step-by-step explanation:
Given curve equation,
To find tangent at (x,y)=(1,2) and point of intersection of horizontal tangent, differentiate (1) withrespect to x we get,
At (1, 2), tangent line is,
To find point of intersection of horizontal tangent we have to do,
Thus,
At x=0, y=0
but snce,
at (0,0) there exist a vertical tangent. And,
At x=-2, y=4.
Thus (-2, 4) is the point of intersection of horizontal tangent.
Answer:
Step-by-step explanation:
Given a triangle has points:
(-5,1),(2,1), (2,-1)
Let us label the points:
A(2,1),
B(-5,1) and
C(2,-1)
To find:
Distance between (−5, 1) and (2, −1) i.e. BC.
Horizontal leg AB and
Vertical leg, AC.
Solution:
Please refer to the attached diagram for the labeling of the points on xy coordinate plane.
We can simply use Distance formula here, to find the distance between two coordinates.
Distance formula :
For BC:
Horizontal leg, AC:
Vertical Leg, AB:
