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Misha Larkins [42]
3 years ago
9

Drinking too much water during exercise can cause a condition in which the concentration of sodium in the blood is lower than no

rmal. What response do you expect to happen as the body tries to restore homeostasis?
Biology
2 answers:
stiv31 [10]3 years ago
4 0
Your body may do several things to decrease the amount of water. This includes sweating, urinating, or even vomiting. Too much water could also cause stomach cramps.
MArishka [77]3 years ago
3 0

Answer:

Excess of transpiration and cramps.

Explanation:

Drinking too much water during excercise will lead to the body response of finding the way to recuperate homeostasis. Other than liberating more water than in a normal situation, the body will tend to have cramps; not only stomach cramps but cramps in the extremities.

The reason is that this low amount of sodium also results in a small amount of potassium and with the excess of water liberated by transpiration, most of all extremities will tend to have cramps.

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A vampire finch makes a wound on a larger bird and feeds on its blood. This is an example of ___________. *
AlladinOne [14]
The answer is D because only one species benefits from it
4 0
3 years ago
Development refers to the increase in size of an individual<br><br> true <br> false
nlexa [21]

Answer: true

Explanation: Growth refers to change in size, like weight or length. Development refers to changes in physical, social, emotional, and intellectual abilities.

7 0
2 years ago
Read 2 more answers
Correctly match the following:
bezimeni [28]

Answer:

Leukocytes are white blood cells(1, b).

Epithelial tissue is for movement(3, a).

Platelets are for blood clotting(2, c).

Muscles can be striated and volentary(4, d).

Explanation:

- Epithelial tissue helps controlling the movement of materials across the surface.

- The others are self explanitory!

7 0
3 years ago
Una solución de 0.204 M de NaOH seutiliza para neutralizar 50 mL de una solución de H3PO4. Si se necesitaron 16.4 mL de la soluc
vfiekz [6]

Answer: 0.05 M

Explanation:

Para responder esta pregunta, hay que tener en cuenta la Ley de Conservación de la Masa. <u>La misma indica que en una reacción química en un sistema cerrado, la masa total de las moléculas que participan permanece constante.</u> Esto significa que la masa utilizada en los reactivos es la misma que la masa de los productos generados.

En este problema, se cuenta con una solución de NaOH (hidróxido de sodio) tiene una molaridad de 0.204 (siendo la molaridad el número de moles por litro de solución) y se utilizan 16.4 mL de dicha solución para agregarla a 50 mL de una solución de H3PO4 (ácido fosfórico).

Entonces, ya que la masa de ambas soluciones no se pierde, podemos utilizar la ecuación de la Ley de Conservación de la Masa:

Concentración inicial x Volumen inicial = Concentración final x Volumen final.

Concentración inicial: 0.204 M

Volumen inicial: 16.4 mL

Concentración final: ?

Volumen final: 50 mL + 16.4 mL = 66.4 mL

Reemplazamos los valores en la ecuación:

0.204 M x 16.4 mL = Concentración final x 66.4 mL

La molaridad de la solución de H3PO4 es de 0.05 M.

7 0
3 years ago
Once inside the lungs, these arteries split into increasingly smaller branches that eventually reach the pulmonary capillary bed
Vsevolod [243]

Answer:

This is the site of gaseous exchange

Explanation:

Gaseous exchange is the mechanism by which oxygen is substituted for CO₂ in the body. CO₂ laden blood is carried to the alveoli, which is wrapped with numerous capillary beds and with walls that are thin. When a person inhales, the difference in the partial pressure of the various gases ( oxygen and carbon dioxide) causes them t move down their concentration gradients, with CO₂ diffusion into the lungs from red blood cells, and oxygen binding to the haemoglobin in the red blood cells, after which they are carried to all body tissues for cellular respiration. During exhalation, the CO₂ in the lungs is expelled to the exterior and the process repeats.

7 0
3 years ago
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