"A jackhammer is a mechanical system."-Creds to Nelson Science & Technology Perspectives 8 Textbook
active transport system or cotransport system.
A bicycle is an example of a mechanical system, as it involves moving parts like wheels, pedals, and gears that work together to propel the bike forward. A simple pulley system, where a rope is threaded through a wheel and used to lift objects, is another example of a mechanical system that utilizes basic mechanical principles to perform work.
the difference between a mechanical and non-mechanical system is that non-mechanial systems is a procedure/process designed to perform a task along with people involved (example, the school system is a non-mechanical system because it involes students, teachers, desk, textbooks etc)a mechanical system is group of physical parts that interact with each other and function as a whole in order to finish the task (example, the TTC system involes the buses, subways, etc)
No, a forklift is a machine that uses mechanical energy to perform work, it is not an example of mechanical energy itself. Mechanical energy is the sum of kinetic and potential energy in an object or system due to its motion or position.
it can run down 5 people at a time.
example of mechanical refrigeration
Mechanical control system for an compressor?
example of mechanical refrigeration
A real-life example of a disadvantage of a mechanical system can be seen in traditional automobiles, which rely on complex mechanical components for operation. These systems can be prone to breakdowns, requiring costly repairs and maintenance. Additionally, they often have lower fuel efficiency compared to newer electric or hybrid systems, leading to higher operational costs and environmental impact. This reliance on mechanical parts can also make them less reliable in extreme weather conditions.
No, it is a political system.
A common example of mechanical energy is a moving car. The kinetic energy possessed by the car as it moves is a form of mechanical energy.
To determine the actual mechanical advantage for each system, divide the output force by the input force. For example, if System A has an output force of 4000 N with a 2000 N input force, the mechanical advantage would be 4000 N / 2000 N = 2. Repeat this calculation for each system to find their respective mechanical advantages for a 2000 N input force.