In the future, where will an increasing majority of data come from? individual users and devices physical memory storage drives corporate office headquarters centralized data warehouses

Answer:

D (demonstrated utmost strength to oppose the system) is the right answer.

Answer:

The correct answer is Option D. Demonstrated utmost strength to oppose the system

Explanation:

The above line is taken from a book named "Long Walk to Freedom" written by Nelson Mandela.

The above line is taken from a book named "Long Walk to Freedom" written by Nelson Mandela.

Yet, the times of mistreatment and severity made another accidental difference, and that

was that it delivered the Oliver Tambos, the Walter Sisulus, the Chief Luthulis, the Yusuf

Dadoos, the Bram Fischers, the Robert Sobukwes of our times — men of such

remarkable boldness, intelligence and liberality that their like may at absolutely no point ever be known in the future.

My nation is plentiful in the minerals and jewels that lie underneath its dirt, however I have consistently realised that its most noteworthy abundance is its kin, better and more genuine than the most flawless jewels. These friends in the battle taught me the importance of bravery. Time and

once more, I have seen people put and give their lives in extreme danger for a thought.

Answer:

option D

Having free time for ourselves

Answer:

The correct answer of this question is  Having free time for ourselves.

Explanation:

The author encourages people to set aside time for themselves.

Individuals in today's competitive environment live mechanical lives.

One has very little time to devote to oneself.

We must realise that life is meant to be enjoyed, not just survived.

It is vital to commit time to oneself in order to achieve this.

As a result, D is the correct answer which is  Having free time for ourselves.

Explanation:

When water becomes a solid, it releases heat, warming up its surroundings. This makes freezing an exothermic reaction

Explanation:

Before answering the question, it is very important to understand what exactly happens from energetical point of view when water goes from liquid to solid.

Let's say that you start at room temperature. When water molecules are in the liquid phase, they are constantly moving around, constantly bumping and collisind with each other.

Hydrogen bonds are always being formed and broken as water molecules move past each otherAt room temperature, the liquid state is characterized by a relatively high average kinetic energy for the water molecules.

Now, in order to slow these molecules down enough so that the hydrogen bonds that are formed between individual water molecules are no longer broken, you need to take energy out of the system.

When water is in its solid state, the molecules are "stuck" in position in a crystal network. The average kinetic energy of the molecules can no longer overpower the hydrogen bonds, and so ice is formed.

This implies that heat must be given off by the system, i.e. the water, in order to slow everything down enough for the crystal to form.

As aresult, the frezing of water is an exothermic process because heat is being removed from the system.

An endothermic process would imply that heat must be supplied to the system. That is clearly not the case here, since providing heat would actually increase the average kinetic energy of the water molecules.

Melting ice is an endothermic process because you need to provide heat in order to allow the molecules to overpower the hydrogen bonds and start moving about again.

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Answer:

A change in temperature of the solution

Explanation:

The rest can only occur in physical change :))

Mark as brainliest

Answer:

b

Explanation:

There will not be change in color because the powdery substance is a solid, there will not be any change in temperature because the powdery substance has no temperature, there will be change in volume because

the powdery substance does not mix with water.

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