Third Period: 4, 5, 3, 4, 2, 3, 4, 1, 8,
2, 3, 1, 0, 2, 1, 3
Measures of central tendency are methods
to which an investigator can locate the most central value, or the reoccurring or
frequent most value in the set of parameter or statistic. There are three:
Mean. Is the average of the data values
Median. The middlemost value or digit in
the data set
Mode. The determining the most frequent
parameter
To identify which of these three suits
the given, arranging them first is a must. Ascending to descending.
Third Period: 0,1,1,1,2,2,2,3,3,3,3
4,4,4,5,8,
The best is mode, why? Because if you
observe there is a number most frequent in the data value and it is the fastest
way.
Mode = 3
Answer: the second one
Step-by-step explanation:
Answer:
Jessica Bradley - 856 Points
Tina Harner - 707 Points
Step-by-step explanation:
FULL QUESTION:
The highest scorer of the women's basketball championship was Jessica Bradley. She scored 149 more points than Tina Harner, her teammate. Together, Bradley and Harner scored 1563 points. How many points did each player score during the championship?
Let T = points scored by Tina Harner
J = points scored by Tina Harner
She scored 149 more points than Tina Harner, her teammate. This means;
J = T + 149...........(i)
Together, Bradley and Harner scored 1563 points. This means;
J + T = 1563 .........(ii)
How many points did each player score during the championship?
We have to find T and J.
Substitute value of J from eqn (i) into eqn (ii)
T + 149 + T = 1563
2T = 1563 - 149 = 1414
T = 1414 / 2 = 707
J = 707 + 149 = 856
Jessica Bradley - 856 Points
Tina Harner - 707 Points
Answer:
Step-by-step explanation:
Since, according to associative property of multiplication,
a(bc) = (ab)c,
Where a, b and c are any real numbers,
Here, the given expression,
2 × ( 5 × 1.5 ),
By applying the associative property of multiplication,
( 2 × 5 ) × 1.5,
Hence, the appropriate expression in the first box is '(2×5)'
And, the appropriate number in the second box is '1.5'.
