An experiment was performed as shown in the figure. The conclusion we can draw from the above experiment is that- 1 point Captionless Image A) Nature of matter is continuous B) Matter is made up of particles. C) Particles of salt get into spaces between particles of water. D) Both b and c. WHO EVER WILL ANSWER FIRST IWIIL MARK THE BRAINLIST THE SECOND WILL ALSO BE MARK THE BRAINLIST
Answers
Answer:
D) Both b and c.
Explanation:
The answer depends on the question itself. Since, the image is not given we must figure out the answer by options it self.
We know that, nature of matter is fixed and has specific property. Every different matter is fixed and different from each other. According to Law of Conservation of Mass, we know that, Matter can neither be created nor be destroyed.
★ Hence option A is wrong.
Now let us come to option b. Option b is absolutely correct as matter is made up of particles which occupy space and give it a mass. So this option is also correct.
Now let us take a look of option c. This is also correct as some salt can be added to a glass full of water without containing any overflow because there is some space between the molecules of water and when we add some salt into it then the particles of salt takes the empty space between the molecules of water. So this option is also correct.
Since, both b and c are correct. So the answer is,
★ Option d.
Answer:
Explanation:
Matter is made up of particles:
Small particles that are too small to be seen, even under a strong microscope, make up the substance. Matter is anything with mass that takes up space. Tiny particles make up a substance. These particles are invisible to the naked eye.
Specifications of the Matter:
The following is a list of the characteristics of matter.
Small particles are used to generate the substance.
There are intermolecular gaps between the particles.
Due to their kinetic energy, matter particles have a locomotive nature. An increase in temperature causes the motion of the constituent particles to accelerate.
The particles in matter are attracted to one another, but this pull works both ways only when the particles are very close to one another. solids, these are the groups are weakly retained in gases, units are tightly packed and have a stronger intermolecular force attraction as a result. They have weak forces of attraction as a result.
Example:
There are numerous, little water particles in a glass of water. In reality, there are even smaller subunits of water. A water particle can be divided into smaller fragments, but the resulting material is no longer water. They are illustrations of atoms, the most fundamental building blocks of matter.
From the below figure we can conclude that Option D is correct.
#SPJ2
