Question

S the specific heat capacity of bird blood similar to human blood?

a. Yes, it is identical
b. No, it is lower in birds
c. Yes, with variations
d. Not mentioned in the information

What is the average specific heat capacity of human blood?
a. 3300-3900 Jkg⁻¹⋅°C⁻¹
b. 2500-3000 Jkg⁻¹⋅°C⁻¹
c. 4000-4500 Jkg⁻¹⋅°C⁻¹
d. 5000-5500 Jkg⁻¹⋅°C⁻¹

Is the thermal conductivity of animal blood similar to human blood?
a. Yes, it is identical
b. No, it is lower in animals
c. Yes, with variations
d. Not mentioned in the information

What is the average thermal conductivity of human blood?
a. 0.49-0.56 Wm⁻¹⋅°C⁻¹
b. 0.30-0.35 Wm⁻¹⋅°C⁻¹
c. 0.20-0.25 Wm⁻¹⋅°C⁻¹
d. 0.10-0.15 Wm⁻¹⋅°C⁻¹

Where can one find information on the specific heat capacity and thermal conductivity of animal and bird blood?
a. Cooking websites
b. Fashion magazines
c. Scientific research articles
d. Sports and fitness blogs

Answer 1

The specific heat capacity of bird blood varies slightly from human but is generally similar, with human blood having a capacity of around 3300-3900 Jkg⁻¹⋅°C⁻¹. Thermal conductivity also shows variations, with human blood averaging 0.49-0.56 Wm⁻¹⋅°C⁻¹. Scientific research articles are the best source for detailed information on these properties.

Step-by-step explanation:

Is the specific heat capacity of bird blood similar to human blood? It is typically 'Yes, with variations' (c) as bird blood will have a specific heat capacity similar to humans but may vary due to differences in biology and living conditions. The average specific heat capacity of human blood is '3300-3900 Jkg⁻¹⋅°C⁻¹' (a). When considering the thermal conductivity of animal blood in comparison to human blood, the appropriate answer is also 'Yes, with variations' (c), as it is not identical but similar with small differences that can be attributed to varying factors across species. The average thermal conductivity of human blood is '0.49-0.56 Wm⁻¹⋅°C⁻¹' (a).

To find information on the specific heat capacity and thermal conductivity of animal and bird blood, the most reliable source would be 'Scientific research articles' (c), which can provide empirical data and discussions on these properties based on actual measurements and experiments.