Question

2: Match Me! Match column A with column B. Write the letters only A 1. Position of $P_k$ 2. Position of $Q_k$ 3. Position of $D_k$ 4. $P_k$ 5. $Q_k$ 6. $D_k$ 7. PR of Ungrouped 8. PR of Grouped 9. Interquartile Range 10. Median B a. $\frac{k}{4}(n+1)$ b. $\frac{k}{20}(n+1)$ c. $\frac{k}{100}(n+1)$ d. $Q_3 - Q_1$ e. $LB + \frac{\frac{kN}{4} - cf_b}{f_k}$ f. $LB + \frac{\frac{kN}{10} - cf_b}{f_k}$ g. $LB + \frac{\frac{kN}{100} - cf_b}{f_k}$ h. $\frac{100}{N}[(P - LB)\frac{f}{i} + cf_b]$ i. $\frac{number \ of \ values \ below \ X + 0.5}{total \ number \ of \ values} \times 100%$ j. $Q_2$

          2: Match Me!
Match column A with column B. Write the letters only
A
1. Position of $P_k$
2. Position of $Q_k$
3. Position of $D_k$
4. $P_k$
5. $Q_k$
6. $D_k$
7. PR of Ungrouped
8. PR of Grouped
9. Interquartile Range
10. Median
B
a. $\frac{k}{4}(n+1)$
b. $\frac{k}{20}(n+1)$
c. $\frac{k}{100}(n+1)$
d. $Q_3 - Q_1$
e. $LB + \frac{\frac{kN}{4} - cf_b}{f_k}$
f. $LB + \frac{\frac{kN}{10} - cf_b}{f_k}$
g. $LB + \frac{\frac{kN}{100} - cf_b}{f_k}$
h. $\frac{100}{N}[(P - LB)\frac{f}{i} + cf_b]$
i. $\frac{number \ of \ values \ below \ X + 0.5}{total \ number \ of \ values} \times 100%$
j. $Q_2$

2: Match Me!
Match column A with column B. Write the letters only
A
1. Position of Pk
2. Position of Qk
3. Position of Dk
4. Pk
5. Qk
6. Dk
7. PR of Ungrouped
8. PR of Grouped
9. Interquartile Range
10. Median
B
a. (k)/(4)(n+1)
b. (k)/(20)(n+1)
c. (k)/(100)(n+1)
d. Q3 - Q1
e. LB + ((kN)/(4) - cfb)/(fk)
f. LB + ((kN)/(10) - cfb)/(fk)
g. LB + ((kN)/(100) - cfb)/(fk)
h. (100)/(N)[(P - LB)(f)/(i) + cfb]
i. (number of values below X + 0.5)/(total number of values)× 100%$
j.Q2

Added by Ruben C.

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