If you're almost graduated, can you answer these? Bunda couldn't...

The heart of a certain full-grown animal has deoxygenated and oxygenated blood mixed together inside the heart. Is the animal endothermic or ectothermic?

When the left Atrium is mostly empty, is the right Atrium mostly empty or mostly full? How about the Ventricles?

Which would be more efficient in terms of getting oxygen into the blood: a lung with lots of little alveoli or a lung with fewer, larger alveoli?

If you're almost graduated, can you answer these? Bunda couldn't...

 

The heart of a certain full-grown animal has deoxygenated and oxygenated blood mixed together inside the heart. Is the animal endothermic or ectothermic?

 

When the left Atrium is mostly empty, is the right Atrium mostly empty or mostly full? How about the Ventricles?

 

Which would be more efficient in terms of getting oxygen into the blood: a lung with lots of little alveoli or a lung with fewer, larger alveoli?

Who wants to know?

-CF

Incorrect. Please try again. I want to see if you are worthy of graduating before me. =D

If you're almost graduated, can you answer these? Bunda couldn't...

 

The heart of a certain full-grown animal has deoxygenated and oxygenated blood mixed together inside the heart. Is the animal endothermic or ectothermic?

 

When the left Atrium is mostly empty, is the right Atrium mostly empty or mostly full? How about the Ventricles?

 

Which would be more efficient in terms of getting oxygen into the blood: a lung with lots of little alveoli or a lung with fewer, larger alveoli?

Who wants to know?

 

-CF

And to think I learned that all in General Science...

If you're almost graduated, can you answer these? Bunda couldn't...

 

The heart of a certain full-grown animal has deoxygenated and oxygenated blood mixed together inside the heart. Is the animal endothermic or ectothermic?

 

When the left Atrium is mostly empty, is the right Atrium mostly empty or mostly full? How about the Ventricles?

 

Which would be more efficient in terms of getting oxygen into the blood: a lung with lots of little alveoli or a lung with fewer, larger alveoli?

Who wants to know?

 

-CF

The fish do.

 

-Taipu-

(really Bunda)

But I'm, if anything, a frog.

-CF

A person constructs a second-class lever in which the fulcrum is one foot from the resistance, while the effort is three feet from the fulcrum. What is the mechanical advantage of this lever?

A person constructs a second-class lever in which the fulcrum is one foot from the resistance, while the effort is three feet from the fulcrum. What is the mechanical advantage of this lever?

Thanks for a question I can understand. I'm going to say 3, but I haven't done mechanical advantage lately.

-CF

Correct! =D