The lion's mane jellyfish can be up to 8 feet wide. In spite of its large size, it has no structures for bulk flow to deliver oxygen to its cells. How can it be so large and yet lack a mechanism for bulk flow?

Question

10-02-2020
Biology

contestada

The lion's mane jellyfish can be up to 8 feet wide. In spite of its large size, it has no structures for bulk flow to deliver oxygen to its cells. How can it be so large and yet lack a mechanism for bulk flow?

Respuesta :

Otras preguntas

When a bacterium such as E. coli is shifted from a warmer growth temperature to a cooler growth temperature, it compensates by

Handbags, Inc. had 200 units of inventory on hand at the end of the year. These were recorded at a cost of $18 each using the last−in, first−out (LIFO) metho

(-2 + 1)² + 5(12 : 3) - 9.

How can someone's death be the "seed of a nation"?

Zoey Bella Company has a payroll of $10,000 for a five-day workweek. Its employees are paid each Friday for the five-day workweek. Prepare the adjusting entry o

The distance of planet Mercury from the Sun is approximately 5.8. 107 kilometers, and the distance of planet Venus from the Sun is 1.1 . 108 kilometers. About h

A group of friends decided to start their own custom clothing firm with the resources and abilities they have. Steven is really good at applying formulas to sol

I drank ammonia what can I do ?

Which expression is equivalent to (–2)(a + 6)?A. –2a + 6 B. 2a + 12 C. –2a – 12 D. –2a + 12

The Quimbys obtain a loan that starts out at 5.5% interest. After five years, the interest rate will adjust to whatever the current market rate is and adjust ev

Balaenoptera Balaenoptera · Answer 1 · 2020-02-17T22:40:25+01:00

Answer:

The lion's mane jellyfish's skin is so thin that the body receives oxygen through difussion.

Explanation:

The lion's mane jellyfish - giant jellyfish - is the largest species of jellyfish.

This species does not possess a 'usual' respiratory system that would enable to deliver oxygen to its cells. Instead, the lion's mane jellyfish's skin is so thin that the body receives oxygen through difussion.

Thanks to diffusion (oxygen molecules moving from an area of high concentration to an area of low concentration), oxygen that is already dissolved in the ocean then is converted into an equal amount of oxygen inside the jellyfish.