six compound machines
Six people can run 3 machines in the factory. How many machines can 18 people run?
There are many different types of machines in the world. Machines help people do work, and make it easier for them. There are six simple machines, and the rest are classified as complex. These six simple machines are: 1) Pulley 2) Screw 3) Lever 4) Inclined Plane 5) Wheel and axle 6)Wedge
Humans created machines to help them selves. But machines enslaved humans.
the six machines are hydrolic ect. etc. and compound is the first?
The six kinds of simple machines—lever, wheel and axle, pulley, inclined plane, wedge, and screw—are variations of two basic mechanical choices: the application of force and the change of direction of that force. All simple machines either amplify force or change its direction, facilitating work with less effort. This fundamental principle allows them to transform and utilize energy more efficiently, demonstrating how diverse machines can be crafted from these basic concepts.
All machines are constructed from six simple machines
six compound machines
Caste iron
Levers, Pulleys, Wheel & Axle, Inclined Planes, Wedges, and Screw.
by very smart machines
A common list of the six "basic machines" is:1. The Wheel and Axle2. The Pulley3. The Wedge4. The Inclined Plane5. The Screw6. The Lever.All of these machines were invented in ancient times. All of them form the basis of all machinery used today.
Six people can run 3 machines in the factory. How many machines can 18 people run?
There are many different types of machines in the world. Machines help people do work, and make it easier for them. There are six simple machines, and the rest are classified as complex. These six simple machines are: 1) Pulley 2) Screw 3) Lever 4) Inclined Plane 5) Wheel and axle 6)Wedge
Humans created machines to help them selves. But machines enslaved humans.
That means that the electrical energy we use is made by machines constructed by humans.
The word "machines" has many different definitions, as a machine can be many different things. But the generalized definition is anything that is constructed from various apparatuses.
Yes, the six simple machines (lever, pulley, wheel and axle, inclined plane, wedge, and screw) all interact with friction to some extent. Friction can affect the efficiency and performance of these machines by reducing their mechanical advantage and energy transfer. Some machines are designed to minimize friction, while others rely on it for proper functioning.