Answer:
(a) symmetric
(b) The mean, median, and mode may be the same value.
and, The mode is the tallest bar in a histogram.
(c) variance
Step-by-step explanation:
Data is said to be symmetric if it is not skewed. i.e. if it has peaked at the center of the distribution.
Skewness gives us an idea about the shape of the curve.
Kurtosis enables us to have an idea about the flatness and peakedness of the frequency.
Mode represents the highest repetition of the observation.
The mean, median, and mode can have the same value.
The histogram represents the frequency of observation by the length of the bar this is the same as Mode. Thus, the mode is the tallest bar in a histogram.
Variance is the square of standard deviation and it is defined as, the sum of the square of the distance of an observation from the mean.
So, Variance is the correct option.
Option C
<em><u>Solution:</u></em>
<em><u>Given that line is:</u></em>
Let us check the options one by one
<em><u>Option A</u></em>
(1, -4)
Substitute x = 1 and y = -4
Thus the line does not passes through (1, -4)
<em><u>Option B</u></em>
(6, 4)
Substitute x = 6 and y = 4
Thus the line does not passes through (6, 4)
<em><u>Option C</u></em>
(3, 3)
Substitute x = 3 and y = 3
Thus the line does not passes through (3, 3)
<em><u>Option D</u></em>
(0, -1)
Substitute x = 0 and y = -1
Thus the line does not pass through this point
14/3 over 2 divided by 1/2
Start of with multiplying the numerator by recipricol of denominator.
14/3=1/2 divided by 2
Now cancel common factor of 2
7/3=1/2 divided by 1
Simplify
7/3=1/3
Simplify across
7/6
Answer:
A and D
Step-by-step explanation:
To find the area of a triangle, you have to multiply the height and the base length, and divide that by two.
In this question, the height is 3 square units and the base length is 4 square units.
Therefore, to find the area, you must multiply 3 by 4, which is 12, and then divide this by 2, which is 6.
So the area of this triangle is 6 square units.
