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WorksheetsMatter in Our Surroundings_VSA_2
Total questions: 50
Worksheet time: 25mins
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the first statement of the video clip?
The arrangement of particles in solids, liquids, and gases matter in all three states is made up of particles
In solids, the particles are closely packed in an ordered arrangement
In a liquid, the particles are loosely arranged but still close together
In a gas the particles are not arranged in any particular way
The particles that makeup matter are constantly in motion
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Second statement of the video clip?
In a solid the particles do not move around but vibrate about their fixed positions
In solids, the particles are closely packed in an ordered arrangement
In a liquid, the particles are loosely arranged but still close together
In a gas the particles are not arranged in any particular way
The particles that makeup matter are constantly in motion
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Third statement of the video clip?
In a solid the particles do not move around but vibrate about their fixed positions
In a liquid the particles move around quite fast and slide past each other
In a liquid, the particles are loosely arranged but still close together
In a gas the particles are not arranged in any particular way
The particles that makeup matter are constantly in motion
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Fourth statement of the video clip?
In a solid, the particles do not move around but vibrate about their fixed positions
In a liquid the particles move around quite fast and slide past each other
In a gas the particles move around much faster than
In a gas the particles are not arranged in any particular way
The particles that makeup matter are constantly in motion
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Fifth statement of the video clip?
In a solid, the particles do not move around but vibrate about their fixed positions
In a liquid the particles move around quite fast and slide past each other
In a gas the particles move around much faster than
In a liquid they move randomly
The particles that makeup matter are constantly in motion
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Sixth statement of the video clip?
In a solid, the particles do not move around but vibrate about their fixed positions
In a liquid the particles move around quite fast and slide past each other
In a gas the particles move around much faster than
In a liquid they move randomly
The particles have empty spaces between them
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Seventh statement of the video clip?
The spaces contain nothing
In a liquid the particles move around quite fast and slide past each other
In a gas the particles move around much faster than
In a liquid they move randomly
The particles have empty spaces between them
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Eighth statement of the video clip?
The spaces contain nothing
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid they move randomly
The particles have empty spaces between them
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Ninth statement of the video clip?
The spaces contain nothing
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid they move randomly
The particles have empty spaces between them
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Tenth statement of the video clip?
The spaces contain nothing
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid the particles have small spaces between them but larger than in a solid
The particles have empty spaces between them
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Eleventh statement of the video clip?
The spaces contain nothing
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid the particles have small spaces between them but larger than in a solid
In a gas the particles have very big spaces between them compared to solids and liquids
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Twelfth statement of the video clip?
The particles attract each other in a solid
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid the particles have small spaces between them but larger than in a solid
In a gas the particles have very big spaces between them compared to solids and liquids
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Thirteenth statement of the video clip?
The particles attract each other in a solid
The forces of attraction between the particles are very strong
In a gas the particles move around much faster than
In a liquid the particles have small spaces between them but larger than in a solid
In a gas the particles have very big spaces between them compared to solids and liquids
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Fourteenth statement of the video clip?
The particles attract each other in a solid
The forces of attraction between the particles are very strong
These forces hold the particles together
In a liquid the particles have small spaces between them but larger than in a solid
In a gas the particles have very big spaces between them compared to solids and liquids
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Fifteenth statement of the video clip?
The particles attract each other in a solid
The forces of attraction between the particles are very strong
These forces hold the particles together
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the particles have very big spaces between them compared to solids and liquids
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Sixteenth statement of the video clip?
The particles attract each other in a solid
The forces of attraction between the particles are very strong
These forces hold the particles together
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the forces of attraction are extremely weak so the particles move about freely
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Seventeenth statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
The forces of attraction between the particles are very strong
These forces hold the particles together
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the forces of attraction are extremely weak so the particles move about freely
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Eighteenth statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
These forces hold the particles together
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the forces of attraction are extremely weak so the particles move about freely
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Nineteenth statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the forces of attraction are extremely weak so the particles move about freely
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Twentieth statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
In a gas the forces of attraction are extremely weak so the particles move about freely
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Twenty-first statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Twenty-second statement of the video clip?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Twenty-third statement of the video clip?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Twenty-fourth statement of the video clip?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. What is the Twenty-fifth statement of the video clip?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
In which of the following, the particles have the highest forces of attraction? Water, NaCI (solid), ice or, wax. what do you conclude from the above?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
Why do the gases exert more pressure on the Wall of the container than the solids? What is the first statement of the video clip?
The arrangement of particles in solids, liquids, and gases matter in all three states is made up of particles
In solids, the particles are closely packed in an ordered arrangement
In a liquid, the particles are loosely arranged but still close together
In a gas the particles are not arranged in any particular way
The particles that makeup matter are constantly in motion
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Second statement of the video clip?
In a solid the particles do not move around but vibrate about their fixed positions
In solids, the particles are closely packed in an ordered arrangement
In a liquid, the particles are loosely arranged but still close together
In a gas the particles are not arranged in any particular way
The particles that makeup matter are constantly in motion
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Third statement of the video clip?
In a solid the particles do not move around but vibrate about their fixed positions
In a liquid the particles move around quite fast and slide past each other
In a liquid, the particles are loosely arranged but still close together
In a gas the particles are not arranged in any particular way
The particles that makeup matter are constantly in motion
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Fifth statement of the video clip?
In a solid, the particles do not move around but vibrate about their fixed positions
In a liquid the particles move around quite fast and slide past each other
In a gas the particles move around much faster than
In a liquid they move randomly
The particles that makeup matter are constantly in motion
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Sixth statement of the video clip?
In a solid, the particles do not move around but vibrate about their fixed positions
In a liquid the particles move around quite fast and slide past each other
In a gas the particles move around much faster than
In a liquid they move randomly
The particles have empty spaces between them
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Seventh statement of the video clip?
The spaces contain nothing
In a liquid the particles move around quite fast and slide past each other
In a gas the particles move around much faster than
In a liquid they move randomly
The particles have empty spaces between them
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Eighth statement of the video clip?
The spaces contain nothing
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid they move randomly
The particles have empty spaces between them
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Ninth statement of the video clip?
The spaces contain nothing
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid they move randomly
The particles have empty spaces between them
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Tenth statement of the video clip?
The spaces contain nothing
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid the particles have small spaces between them but larger than in a solid
The particles have empty spaces between them
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Eleventh statement of the video clip?
The spaces contain nothing
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid the particles have small spaces between them but larger than in a solid
In a gas the particles have very big spaces between them compared to solids and liquids
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Twelfth statement of the video clip?
The particles attract each other in a solid
In a solid the particles have small spaces between them
In a gas the particles move around much faster than
In a liquid the particles have small spaces between them but larger than in a solid
In a gas the particles have very big spaces between them compared to solids and liquids
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Thirteenth statement of the video clip?
The particles attract each other in a solid
The forces of attraction between the particles are very strong
In a gas the particles move around much faster than
In a liquid the particles have small spaces between them but larger than in a solid
In a gas the particles have very big spaces between them compared to solids and liquids
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Fourteenth statement of the video clip?
The particles attract each other in a solid
The forces of attraction between the particles are very strong
These forces hold the particles together
In a liquid the particles have small spaces between them but larger than in a solid
In a gas the particles have very big spaces between them compared to solids and liquids
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Fifteenth statement of the video clip?
The particles attract each other in a solid
The forces of attraction between the particles are very strong
These forces hold the particles together
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the particles have very big spaces between them compared to solids and liquids
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Sixteenth statement of the video clip?
The particles attract each other in a solid
The forces of attraction between the particles are very strong
These forces hold the particles together
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the forces of attraction are extremely weak so the particles move about freely
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Seventeenth statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
The forces of attraction between the particles are very strong
These forces hold the particles together
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the forces of attraction are extremely weak so the particles move about freely
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Eighteenth statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
These forces hold the particles together
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the forces of attraction are extremely weak so the particles move about freely
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Nineteenth statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
In a liquid the forces of attraction between the particles are weaker so the particles are not held together and move about
In a gas the forces of attraction are extremely weak so the particles move about freely
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Twentieth statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
In a gas the forces of attraction are extremely weak so the particles move about freely
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Twenty-first statement of the video clip?
Think about a pure substance such as mercury it is a solid below negative 39 degrees Celsius
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Twenty-second statement of the video clip?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Twenty-third statement of the video clip?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Twenty-fourth statement of the video clip?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
Why do the gases exert more pressure on the Wall of the container than the solids? What is the Twenty-fifth statement of the video clip?
NaCl (solid) has particles with the highest forces of attraction
It (Mercury) is a liquid between negative 39 degrees Celsius and 357 degrees Celsius
When heated above 357 degrees Celsius it turns into a gas
The particles that make up mercury when mercury is a gas a liquid or a solid are exactly the same
Only the arrangement of the particles, the forces between them, the empty spaces between them and the speed of the particles are different.
