\ Which of the following is an important life-sustaining property of water? - Dish De

Which of the following is an important life-sustaining property of water?

This is a question our experts keep getting from time to time. Now, we have got the complete detailed explanation and answer for everyone, who is interested!

Since it is so effective at dissolving so many different types of molecules, it is often referred to as the “universal solvent.” It is precisely because of this ability that water is such an essential component in maintaining life. Being a biologically important solvent, water enables cells to more efficiently transport and use various chemicals, such as oxygen and nutrients.

Is water’s ability to condense when it freezes a quality that helps it to maintain life?

flexibility in its role as a solvent. The hydrogen bonds that form between water molecules and other molecules are responsible for cohesion, which is the attraction of water molecules to other molecules. If freezing caused water to contract, then ice would fall to the bottom of enormous volumes of water, allowing the remaining water to freeze as well. Because of this, the vast majority of aquatic species would perish.

What is water and why is it necessary for life? What are three features that water possesses, and how is each of these properties beneficial to many different species on Earth?

Water’s polarity, cohesion, adhesion, surface tension, high specific heat, and evaporative cooling are its primary characteristics. Water also has a high surface tension. Both ends of a water molecule have a very tiny electrical charge. The reason for this is because oxygen has a greater electronegative charge than hydrogen.

Why does the molecule of water play such an vital role in organisms?

Why is it that the water molecule is so critical to the survival of organisms? In addition to serving as a solvent for chemical reactions, the water also assists in the movement of dissolved substances into and out of cells.

Which characteristic of water makes it the most ideal medium for the transport of molecules in eukaryotic organisms?

– Because it is capable of dissolving a wide variety of polar compounds, water is an excellent solvent. Because of this feature, water is able to carry a wide variety of solutes and gases, which enables it to transport these substances throughout bigger eukaryotic creatures. The capacity of a substance to dissolve when placed in a solvent is referred to as its “solubility.”

The Value of Water and the Many Ways It Can Be Put to Use

19 questions found that are related.

What are the five characteristics of water that make it essential to living things?

A discussion of the characteristics of water that make it indispensable to life as we know it, including its polarity, its status as a “universal” solvent, its high heat capacity, its high heat of vaporization, its ability to cohere and adhere, and its decreased density when frozen.

How water gets its distinct properties?

Summary. Because water molecules are polar, hydrogen bonds can form between them. Due to this, water possesses a variety of characteristics that are one-of-a-kind, including a relatively high boiling point, a high specific heat, cohesion, adhesion, and density.

What role does water play in the activities of our daily lives?

We can only survive without fluids for three to five days at most due to the fact that water makes up approximately sixty percent of our bodies. The elimination of waste from the body, maintenance of a stable internal temperature, the delivery of nutrients, and digestion are only few of the essential functions that are dependent on water’s presence in the body.

What are three reasons that highlight the significance of water?

There are five primary reasons why water is so essential to one’s health.
  • Water boots energy. Water transports vital nutrients to each of our cells, particularly the cells that make up our muscles, thereby delaying the onset of muscle weariness.
  • Drinking water regularly can aid with weight loss.
  • Water aids with digestion. …
  • Water detoxifies. …
  • Water moisturizes skin.

Why is it significant that water can be used in almost any kind of solvent?

Water is referred to as the “universal solvent” due to the fact that it is capable of dissolving a greater variety of compounds than any other liquid. This is something that must be considered by every living thing on earth. It implies that beneficial chemicals, minerals, and nutrients follow water wherever it travels, whether it is through the air, the earth, or our bodies, and that it transports them along with it.

What are the four characteristics of water that make it conducive to life?

Water’s high specific heat capacity, density, polarity, and ability to form hydrogen bonds are the four characteristics that make it essential to life.

What are the 10 characteristics that water possesses?

ten characteristics of water
  • Water is a universal solvent; in addition, it has a polar structure and is electrically charged.
  • possesses a high level of surface tension…
  • possesses a high potential to absorb specific heat…
  • The density of H2O is lower in its solid state than in its liquid state…
  • Cohesive and adhesive properties. …
  • Boiling and freezing points. …
  • Amphoteric properties.

Why is it vital to have opposites in life?

Because of water’s polarity, it is able to quickly dissolve other polar compounds. The ability of water to dissolve substances is critical to the existence of life on Earth. Water brings with it dissolved chemicals, minerals, and nutrients that are necessary for the survival of living beings no matter where it travels.

What happens to water when it freezes—does it shrink or grow?

As liquid water is cooled below a temperature of about 4 degrees Celsius, the water begins to contract as one would predict. This continues until the water reaches this temperature. After that, it will continue to grow somewhat until it hits the freezing point, at which point it will grow by approximately 9% more than it did before it froze.

Is it true that life cannot exist without water?

Water. … Because of its role as a solvent, liquid water is an indispensable commodity for all forms of life that may exist on Earth. It is able to dissolve molecules and facilitate important chemical reactions in the cells of living organisms, including plants, animals, and microbes. Because of its unique combination of chemical and physical qualities, it is able to dissolve a wider variety of things than the majority of other liquids.

Why do polar molecules melt when they come into contact with water?

Polar molecules are very good at attracting water molecules, mostly through the formation of hydrogen bonds. They are able to successfully compete with the hydrogen bonds that are found between the molecules of water, which results in them being easily soluble in water.

Why is water so vital, specifically these 5 reasons?

Water is responsible for transporting nutrients to all of the cells in our body as well as oxygen to the brain. The body is able to absorb and utilize a variety of nutrients, including glucose, amino acids, vitamins, and minerals, when water is present. Toxins and waste are removed from the body by water. Hydration is critical to maintaining a healthy internal temperature.

Why is it so crucial to have access to water?

Water is used throughout all of the cells, organs, and tissues of your body to assist in temperature regulation and the maintenance of other bodily activities. Because your body loses water through breathing, sweating, and digesting, it is essential to rehydrate by drinking fluids and eating meals that contain water. This can be done by drinking water and eating foods like fruits and vegetables.

What are the three roles that water plays in the human body?

Water: Crucial to the functioning of your body
  • Maintains the normal temperature of the body.
  • Providing moisture to the tissues in the mouth, nose, and eyes.
  • Provides defense for the organs and tissues of the body.
  • Transports both oxygen and nutrients to the cells.
  • Lubricates joints.
  • By eliminating waste products, this helps reduce the workload placed on the kidneys and liver.

What are the 15 different applications of water?

15% of the world’s water supply is used for residential purposes. Consuming water, taking a bath in it, cooking with it, washing dishes, clothes, fruits, and vegetables with it, and brushing one’s teeth with it are all common uses of water.

Which of the following varieties of water do we typically use in our day-to-day activities?

1. Tap water Tap water is the water that comes directly out of your tap; depending on the quality of the water, it may or may not be suitable for drinking. It finds widespread application in a variety of domestic spheres, including the kitchen, the garden, and the laundry room.

What are some of water’s other applications?

Water has a variety of applications, both directly and indirectly. Immediate uses of water include taking showers, drinking water, and preparing food. Indirect uses of water include transforming wood into paper and creating steel for automobiles. Direct uses of water include bathing, drinking, and cooking. Agriculture, industry, and the generation of energy account for the vast majority of the world’s water use.

What are the six qualities that water possesses?

In addition to its capacity to dissolve a wide variety of compounds, cohesion, adhesion, capillary action, surface tension, and a high specific heat are some of water’s features. Cohesion is the term used to describe the tendency of water molecules to form weak links with one another and adhere to one another.

What characteristics are associated with liquids?

The following is a list of qualities that liquids have: There is no such thing as a specific volume because all shapes take on the form of their containers. Particles are allowed to pass freely over one another, but they continue to be attracted to one another.

What makes up the composition and characteristics of water?

It has a regular crystalline structure that is based on the molecular structure of water, which consists of a single oxygen atom that is covalently bound to two hydrogen atoms: H-O-H. The structure of this substance is crystalline and has a regular arrangement of atoms. Because ice has a lower density than liquid water, it has the significant effect of floating on top of water as compared to liquid water.