Answer:
Greater Than [The second choice]
Step-by-step explanation:
Answer:
Step-by-step explanation: about 6-5hours
Answer:
Solution:
To Measure Variability we use four Measures
1. Range
2. Inter-Quartile Range
3. Variance
4. Standard Deviation
Averages are same , it means Mean of the two set of Data are same.
→the average number of points each player’s team scores per game can also determine variability.
→the total number of points each player has scored can also measure variability.
→As range is Minimum Value subtracted from Maximum Value of the given set of Data. So, it can be the measure to determine variability.
So, Option B: →the number of games each player has played can't Determine a player’s game performance showing the least variability among all the options provided.
And if you want to determine variability, which helps us in determine which player's performance is better then it would be option A which is the most and least points each player has scored in a game.
Answer:
38 or 36 if there's options
Step-by-step explanation:
The equation 
is
Some observations:
is defined only as long as 
, or 
- wherever is defined, its value must be non-negative, so that
is never positive - by the definition of absolute value, we have
if 
, and 
if 
. Then
If , the equation becomes
Taking the square of both sides gives
but since the discriminant is 
, there are no real solutions.
If , then
Taking squares gives
and solving by the quadratic formula gives two potential solutions,
which have approximate values of 8.49 and 26.51.
We know for any value of 
that 
. We have 
and 
, so only the first solution 8.49 is valid.
