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the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

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1.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

The countercurrent arrangement of blood vessels is an adaptation that allows the goose to _____. A. conserve heat in its core when the goose is swimming in cold water B. generate heat using shivering thermogenesis C. minimize heat exchange between the feet and water D. more effectively cool off in the summer

2.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

The countercurrent arrangement of blood vessels is an adaptation that allows the goose to _____. See answer juliaboo8772 is waiting for your help. Add your answer and earn points. devinlj07 devinlj07 Answer: Conserve heat in its core when the goose is swimming in cold water.

3.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

The countercurrent arrangement of blood vessels is an adaptation that allows the goose to _____. conserve heat in its core when the goose is swimming in cold water. Which of the following would increase the rate of heat exchange between an animal and its environment?

4.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

The countercurrent arrangement of blood vessels is an adaptation that allows the goose to _____. a) conserve heat in its core when the goose is swimming in cold water. b) minimize heat exchange between the feet and water. c) generate heat using shivering thermogenesis. d) more effectively cool off in the summer

5.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

Thus, as blood in the veins moves counter to the blood in the arteries, heat moves across the vessels. Venous blood recovers heat from the arterial blood as the former warms on its way back to the body. Blood vessels in the neck also employ a countercurrent arrangement and that results in a brain temperature about 1°C cooler than that of the body.

6.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

Countercurrent exchange is a mechanism occurring in nature and mimicked in industry and engineering, in which there is a crossover of some property, usually heat or some chemical, between two flowing bodies flowing in opposite directions to each other. The flowing bodies can be liquids, gases, or even solid powders, or any combination of those.

7.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

Blood vessels inLining of small intestine (SEM) kidney (SEM) Anus … •The arrangement of blood vessels in many marine mammals and birds allows for countercurrent exchange •Countercurrent heat exchangers transfer heat between fluids flowing in opposite directions and

8.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

adaptations to a similar environmental challenge Physical laws impose constraints on animal size and shape … The arrangement of epithelial cells may be simple (single cell layer), stratified (multiple tiers of cells), or … Blood is composed of blood cells and cell fragments in blood plasma

9.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

Shared Structures. Different types of blood vessels vary slightly in their structures, but they share the same general features. Arteries and arterioles have thicker walls than veins and venules because they are closer to the heart and receive blood that is surging at a far greater pressure (Figure 2).

10.the countercurrent arrangement of blood vessels is an adaptation that allows the goose to ____.

-Examine the figure above.Near a goose’s abdomen,the countercurrent arrangement of the arterial and venous blood vessels causes A)the temperature difference between the contents of the two sets of vessels to be minimized. B)the venous blood to be as cold near the abdomen as it is near the feet.

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