Next you take measurements of different long bones to estimate stature. Humerus length = 30.04 cm Femur length = 42.5 cm Tibia length = 33.88 cm You use the following regression formulas to estimate the stature of the individual. For each estimated stature, round to the nearest .1 decimal place. Humerus regression formula: stature (cm) = (3.08 * humerus length) + 70.45 Based on the humerus, the individual is estimated to be Femur regression formula: stature (cm) = (2.38* femur length) + 61.41 Based on the femur, the individual is estimated to be Tibia regression formula: stature (cm) = (2.52* tibia length) + 78.62 Based on the tibia, the individual is estimated to be cm. cm. cm. Follow this link to convert cm to feet and inches. After converting all 3 estimates based on the different long bone regression formulas, the individual was likely inches tall (round to the nearest inch). feet
Next you take measurements of different long bones to estimate stature. Humerus length = 30.04 cm Femur length = 42.5 cm Tibia length = 33.88 cm You use the following regression formulas to estimate the stature of the individual. For each estimated stature, round to the nearest .1 decimal place. Humerus regression formula: stature (cm) = (3.08 * humerus length) + 70.45 Based on the humerus, the individual is estimated to be Femur regression formula: stature (cm) = (2.38* femur length) + 61.41 Based on the femur, the individual is estimated to be Tibia regression formula: stature (cm) = (2.52* tibia length) + 78.62 Based on the tibia, the individual is estimated to be cm. cm. cm. Follow this link to convert cm to feet and inches. After converting all 3 estimates based on the different long bone regression formulas, the individual was likely inches tall (round to the nearest inch). feet
Medical Terminology for Health Professions, Spiral bound Version (MindTap Course List)
8th Edition
ISBN:9781305634350
Author:Ann Ehrlich, Carol L. Schroeder, Laura Ehrlich, Katrina A. Schroeder
Publisher:Ann Ehrlich, Carol L. Schroeder, Laura Ehrlich, Katrina A. Schroeder
Chapter2: The Human Body In Health And Disease
Section: Chapter Questions
Problem 9LE
Related questions
Question
Can I have an answer for this two questions?
![Next you take measurements of different long bones to estimate stature.
Humerus length = 30.04 cm
Femur length = 42.5 cm
Tibia length = 33.88 cm
You use the following regression formulas to estimate the stature of the individual. For each estimated stature, round to the nearest .1 decimal place.
Humerus regression formula:
stature (cm) = (3.08 * humerus length) + 70.45
Based on the humerus, the individual is estimated to be
Femur regression formula:
stature (cm) = (2.38* femur length) + 61.41
Based on the femur, the individual is estimated to be
Tibia regression formula:
stature (cm) = (2.52* tibia length) + 78.62
Based on the tibia, the individual is estimated to be
Follow this link to convert cm to feet and inches.
cm.
cm.
cm.
After converting all 3 estimates based on the different long bone regression formulas, the individual was likely
inches tall (round to the nearest inch).
feet](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa98b851b-530f-4c00-8c0d-3d5ef7610ca3%2F6d39db8f-bbea-4900-ae1b-3ed3eb84acd7%2Fgtd2cuq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Next you take measurements of different long bones to estimate stature.
Humerus length = 30.04 cm
Femur length = 42.5 cm
Tibia length = 33.88 cm
You use the following regression formulas to estimate the stature of the individual. For each estimated stature, round to the nearest .1 decimal place.
Humerus regression formula:
stature (cm) = (3.08 * humerus length) + 70.45
Based on the humerus, the individual is estimated to be
Femur regression formula:
stature (cm) = (2.38* femur length) + 61.41
Based on the femur, the individual is estimated to be
Tibia regression formula:
stature (cm) = (2.52* tibia length) + 78.62
Based on the tibia, the individual is estimated to be
Follow this link to convert cm to feet and inches.
cm.
cm.
cm.
After converting all 3 estimates based on the different long bone regression formulas, the individual was likely
inches tall (round to the nearest inch).
feet
![Luckily the condition of the remains is good enough to get a DNA sample. You send the DNA to your friend who is a population geneticist. The population geneticists decides just to look at the
mitochondrial DNA (mtDNA) because it is a fast and cheap way to assess possible ancestry.
AL A
AT Aborigina
Tawa
PHIDAE
JP Jacanese
AU AM
AM Amerinds
BU BUN
CH CH
ED Esime
EV CH
HA HA CHIES DA DAN
MT Man Tawerese 38 Semes
MZ MAGIS
IN
K
KD Kom
YOU KEE
MAMA
MD Mongols
NO No Dene
NNVAN
Europe
Africa
PA hea
PE Persis
PO Porynesan
Cong2006.co
Ooh
Tw Than
Yu Tums
uz caters
YA an
HV
beccscators are shown
MTONA Haplogroups
of the World
PO
AN
Other
MA
are tar generar
very large Theates espe
Ace,
and some areas
to resent the sivation before the ecen Eurocar con tepening out 1500 KO
Assists are so
my
Results come back that the remains are of an individual with the H mtDNA haplogroup. Based on the reference map above showing the distribution of mtDNA haplogroups from around the
world, the individual likely traces their ancestry back to:
O Americas (Native American)
OSE Asia](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa98b851b-530f-4c00-8c0d-3d5ef7610ca3%2F6d39db8f-bbea-4900-ae1b-3ed3eb84acd7%2Flomc9k8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Luckily the condition of the remains is good enough to get a DNA sample. You send the DNA to your friend who is a population geneticist. The population geneticists decides just to look at the
mitochondrial DNA (mtDNA) because it is a fast and cheap way to assess possible ancestry.
AL A
AT Aborigina
Tawa
PHIDAE
JP Jacanese
AU AM
AM Amerinds
BU BUN
CH CH
ED Esime
EV CH
HA HA CHIES DA DAN
MT Man Tawerese 38 Semes
MZ MAGIS
IN
K
KD Kom
YOU KEE
MAMA
MD Mongols
NO No Dene
NNVAN
Europe
Africa
PA hea
PE Persis
PO Porynesan
Cong2006.co
Ooh
Tw Than
Yu Tums
uz caters
YA an
HV
beccscators are shown
MTONA Haplogroups
of the World
PO
AN
Other
MA
are tar generar
very large Theates espe
Ace,
and some areas
to resent the sivation before the ecen Eurocar con tepening out 1500 KO
Assists are so
my
Results come back that the remains are of an individual with the H mtDNA haplogroup. Based on the reference map above showing the distribution of mtDNA haplogroups from around the
world, the individual likely traces their ancestry back to:
O Americas (Native American)
OSE Asia
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