CHEMISTRY MIDDLE SCHOOL

Why is classification an important life skill?

Answers

Answer 1
Answer:

classification an important life skill because:


1) - Classification is the grouping together of things or organisms that are similar
.


2)- we can predict the properties and behavior of an object or a being through classification.


3)- It is very important for organization or systematization.


4)- everything has to be organized and in order for us to able to work faster.


5)- example of classification in biological science is Taxonomy.


6)-Taxonomy classifies, organizes and systematizes organisms based on order.


7) If we were to classify organisms into groups based on their ancestry, characteristics, evolutionary traits, etc., we would have a much easier time studying them in detail. It's like sorting out your school assignments. You might want similar subjects grouped together, and so you can find everything much faster.

Same goes for biology. When there are millions of species of organisms, grouping them together can help study them a lot faster and easier.
Answer 2
Answer: Classification is an important life skill in many varied explanations. We can firstly say organization or systematization, everything has to be organized and in order for us to able to work faster, efficiently and effectively. Basically, classification helps us to promote better localization of certain objects when they are clustered or when they are needed in certain areas. Taxonomy is a very popular example of classification in biological science. Where it classifies, organizes and systematizes organisms based on order.



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The accepted value for the percent by mass of water in a hydrate is 36.0%. In a laboratory activity, a student determined the percent by mass of water in the hydrate to be 37.8%. What is the percent error for the student's measured value?(1) 5.0% (3) 1.8% (2) 4.8% (4) 0.05%

Which pair of elements will form a covalent bond?O potassium and chlorine
O carbon and sulfur
O aluminum and chlorine
O
lithium and oxygen

Answers

Answer: Option (b) is the correct answer.

Explanation:

A covalent bond is defined as the bond formed between the two atoms due to sharing of electrons.

A covalent bond is always formed between non-metals.

For example, carbon and sulfur are both non-metals and when they chemically combine together they form CS_(2) which is a covalent compound.

Thus, we can conclude that out of the given options carbon and sulfur is the pair of elements that will form a covalent bond.
The answer is most likely carbon and sulfur since both of those are nonmetal covalent elements.

In general, what is the effect of tempature on the solubility of a gas

Answers

Increased temperature causes an increase in kinetic energy. The higher kinetic energy causes more motion in the gas molecules which break intermolecular bonds and escape from solution.

1) What is the state of silver at room temperature , use the diagram in the image to explain why?2)What temperature is silver…..
a) as a liquid
b) as a gas

Answers

Liquid state because when the silver is heated at 961 degrees the kinetic energy produced and change the state of solid to liquid state.

2) liquid state

What type of mixture contains the largest particles

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A suspension is the mixture with the largest particles.

Particles that are smaller and have ____ generally dissolve faster.(1 point)

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The given quantity of any substance is an important aspect of it merging with other substances. The smaller the particles the less is the surface area exposure.

  • The fine particles of sugar are easily dissolved as compared to a packet of sugar dissolves more quickly than the cube. Thus it deepens the solute state. The temperature and amount of steering.

Thus smaller particles have less surface area.

Learn more about the smaller and have generally dissolve faster.

brainly.ph/question/11958399.

Answer:

For many solids dissolved in liquid water, the solubility increases with temperature. The increase in kinetic energy that comes with higher temperatures allows the solvent molecules to more effectively break apart the solute molecules that are held together by intermolecular attractions.

Making observations is the first step in the scientific method. Why don't scientists stop with the first step when creating an experiment? *14 points
A. Scientists don't stop with the first step of their experiment because they don't think that just using their observations is a very good place to start to prove their hypothesis.
B. Scientists don't stop with the first step of their experiment because they not only want to observe but they want to test their observations to be sure they are correct.
C. Scientists don't stop with the first step of their experiment because they want other scientists' opinions because they may not trust their own observations.
D. Scientists don't stop with the first step of their experiment because they would rather plan and run experiments than just observe the world around them.

Answers

D will be the answer I hope that help good luck I hope. My answer help you
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