Differentiating Open, Closed, and Isolated Systems

The video tutorial explains the three types of systems: open, closed, and isolated. Open systems allow the exchange of matter and energy with the environment, leading to changes in mass and temperature. Closed systems permit energy exchange but not matter, keeping mass constant. Isolated systems ideally have no exchange of matter or energy, maintaining both mass and temperature. The video concludes with a comparison of these systems and encourages viewers to engage with more content.

What are the three types of systems discussed?

• Open, Closed, Isolated

• Dynamic, Static, Semi-Static

• Biological, Chemical, Physical

• Linear, Nonlinear, Multilinear

In which system does matter and energy both transfer?

• None of the above

• Isolated System

• Open System

• Closed System

Tags

NGSS.MS-LS2-3

What changes in an open system?

• Neither mass nor temperature

• Both mass and temperature

• Only mass

• Only temperature

Tags

NGSS.MS-PS1-5

NGSS.MS-PS3-4

What is unique about the mass in a closed system?

• It remains constant

• It fluctuates unpredictably

• It decreases over time

• It increases over time

Tags

NGSS.MS-PS1-5

What can enter and leave a closed system?

• Only energy

• Neither matter nor energy

• Only matter

• Both matter and energy

Which system allows for the exchange of energy but not matter with its surroundings?

• Closed System

• Open System

• Isolated System

• Dynamic System

Why is a perfectly isolated system theoretical?

• Because it does not exist in reality

• Because it cannot exchange either matter or energy

• Because it can exchange matter

• Because it can exchange energy

What stays the same in an isolated system?

• Both mass and temperature

• Neither mass nor temperature

• Only the matter

• Only the energy

Tags

NGSS.MS-PS1-5

What type of system is this?

• Open system

• Closed system

• Isolated system

What type of system is this?

• Open system

• Closed system

• isolated system

Tags

NGSS.MS-LS2-3