Arrangement of the leaves (1-15th leaves, shortest-longest)
2,3,4,5,7,8,9,11,12,13,14,16,17,19,20
Q3= (3(15+1)/4)
=(3 . 16 / 4)
= 12th value
= 16
D7 = (7(15+1)/10)
=(7 . 16 / 10)
= 11.2th value
= 11th +0.2[12th-11th]
= 14+0.2[16-14]
= 14+0.2(2)
= 14+0.4
= 14.4
P80 = (80(15+1)/100)
= (80 . 16 / 100)
= 12.8th value
= 12th observation +0.8 [13th-12th]
= 16+0.8 [17-16]
=16+0.8(1)
=16+0.8
=16.8
(man, cant help you at interpretations but i hope you understand... But here's the reflection)
- The leaves were created differently because the creator want them to be unique in any way. They might be the same type of leaf, but their size is what makes them beautiful in many ways.
Answers & Comments
Answer:
._.
Step-by-step explanation:
Arrangement of the leaves (1-15th leaves, shortest-longest)
2,3,4,5,7,8,9,11,12,13,14,16,17,19,20
Q3= (3(15+1)/4)
=(3 . 16 / 4)
= 12th value
= 16
D7 = (7(15+1)/10)
=(7 . 16 / 10)
= 11.2th value
= 11th +0.2[12th-11th]
= 14+0.2[16-14]
= 14+0.2(2)
= 14+0.4
= 14.4
P80 = (80(15+1)/100)
= (80 . 16 / 100)
= 12.8th value
= 12th observation +0.8 [13th-12th]
= 16+0.8 [17-16]
=16+0.8(1)
=16+0.8
=16.8
(man, cant help you at interpretations but i hope you understand... But here's the reflection)
- The leaves were created differently because the creator want them to be unique in any way. They might be the same type of leaf, but their size is what makes them beautiful in many ways.