Which of the following is a potential problem when assesing the fit of the human brain to the glia-neuron ratio versus In(brain mass) trend observed in other species. The brain masses are not normally...

Which of the following is a potential problem when assesing the fit of the human brain to the glia-neuron ratio versus ln(brain mass) trend observed in other species.

1. The brain masses are not normally distributed.

2. ln(brain mass) is not normally distributed.

3. We are performing extrapolation.

4. The co-efficient of determination (R²) is too low.

Is the answer 1, 2, 3, or 4?

Which of the following is a potential problem when assesing the fit of the human brain to the glia-neuron<br>ratio versus In(brain mass) trend observed in other species.<br>The brain masses are not normally distributed.<br>In(brain mass) is not normally distributed.<br>We are performing extrapolation.<br>The co-efficient of determination (R) is too low.<br>

Extracted text: Which of the following is a potential problem when assesing the fit of the human brain to the glia-neuron ratio versus In(brain mass) trend observed in other species. The brain masses are not normally distributed. In(brain mass) is not normally distributed. We are performing extrapolation. The co-efficient of determination (R) is too low.

A<br>В<br>species<br>IbrainMass<br>InBrainMass<br>gliaNeuronRatio<br>Homo sapiens<br>1373.3<br>7.22<br>1.65<br>Pan troglodytes<br>336.2<br>5.82<br>1.2<br>Gorilla gorilla<br>509.2<br>6.23<br>1.21<br>Pongo pygmaeus<br>342.7<br>5.84<br>0.98<br>Hylobates muelleri<br>101.8<br>4.62<br>1.22<br>Papio anubis<br>155.8<br>5.05<br>0.97<br>Mandrillus sphinx<br>159.2<br>5.07<br>1.02<br>Macaca maura<br>92.6<br>4.53<br>0.84<br>Erythrocebus patas<br>Cercopithecus kandt<br>102.3<br>4.63<br>1.09<br>71.6<br>4.27<br>1.15<br>Colobus angolensis<br>Trachypithecus fran<br>Alouatta caraya<br>74.4<br>4.31<br>1.2<br>91.2<br>4.51<br>1.14<br>55.8<br>4.02<br>1.12<br>Saimiri boliviensis<br>24.1<br>3.18<br>0.51<br>Aotus trivirgatus<br>13.2<br>2.58<br>0.63<br>Saguinus oedipus<br>10<br>2.3<br>0.46<br>Leontopithecus rosa<br>12.2<br>2.5<br>0.6<br>Pithecia pithecia<br>30<br>3.4<br>0.64<br>

Extracted text: A В species IbrainMass InBrainMass gliaNeuronRatio Homo sapiens 1373.3 7.22 1.65 Pan troglodytes 336.2 5.82 1.2 Gorilla gorilla 509.2 6.23 1.21 Pongo pygmaeus 342.7 5.84 0.98 Hylobates muelleri 101.8 4.62 1.22 Papio anubis 155.8 5.05 0.97 Mandrillus sphinx 159.2 5.07 1.02 Macaca maura 92.6 4.53 0.84 Erythrocebus patas Cercopithecus kandt 102.3 4.63 1.09 71.6 4.27 1.15 Colobus angolensis Trachypithecus fran Alouatta caraya 74.4 4.31 1.2 91.2 4.51 1.14 55.8 4.02 1.12 Saimiri boliviensis 24.1 3.18 0.51 Aotus trivirgatus 13.2 2.58 0.63 Saguinus oedipus 10 2.3 0.46 Leontopithecus rosa 12.2 2.5 0.6 Pithecia pithecia 30 3.4 0.64

Jun 09, 2022

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Which of the following is a potential problem when assesing the fit of the human brain to the glia-neuron ratio versus In(brain mass) trend observed in other species. The brain masses are not normally...

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