“Power machines throw” normally relates to the reach whereby force can be imposed or an item shifted by a given machine. This concept is important in many disciplines such as engineering, civil construction and especially in sport.
### **1. Engineering and Construction**
In engineering and in construction, the term generally defines versatility of equipment such as a construction equipment. For example, the ‘throw’ of an excavator is defined as how far the machine can throw material like dirt, rock, travertine or debris for example. This measurement is essential in estimating and scheduling excavation work that has to be done. Likewise for the cranes the throw means the maximum possible extent of its arm or the handle. Understanding this makes it possible to know to what extent the crane can reach in lifting and placing of these materials in construction which is helpful in the planning as well as the construction process.
### **2. Sports**
In sports particularly in shot put, discus or javelin, one can explain the term in terms of how far one can throw an object. For example, in shot put, the athlete’s desire is to put a metal ball of considerable weight to a far distance as he or she can. The measure of the throw is the distance that is measured from the starting point to the position or area where the shot falls which is very significant when comparing performance and eligibility of the players. Similarly in discus and javelin contests the aim is to get the maximum distance.
### **3. Mechanics and Design**
In mechanical systems, “throw” can be defined as the through travel or amplitude of oscillation of any part of the system. For instance, in hydraulic press throw refers to the distance thrown that the ram can go in order to apply force. This measure is also useful in tasks that require the tool to have specified dimensions such as in stamping, shaping or compressing substances since the ability of the machine will have to be determined in order to perform as expected.
In conclusion, “power machines throw” means the capability of machines to move or project objects with different distance or range depending with the field of application maybe engineering, sports, mechanical design and many others.
net work theory, electric machines power electronics utilization of electrical machines power system electromagnetic theory measurement
The machine is a football because you can throw it and kick it and a machine is a thing that needs force to help complete a task.
James Watt.
Early machines would run on energy sources available at the time, namely manual labour, animal labour, water power and wind power. There is evidence of steam power dating back 2000 years but this was ineffective/inefficient. It wasn't until improvements in the 18th century that steam power really took off.
Machines are inanimate. Machines do not eat, sleep, rest, breathe, and they do not have a heart beat. Machines are just objects, inanimate objects for the use of humans.
The distance or range a machine can move or project an object. This concept is applicable in fields such as engineering, construction, sports, and mechanical design, where it influences the efficiency, performance, and functionality of various machines.
Power Machines was created in 2000.
you throw rocks at them
Swift rivers provided power for machines.
Name two ways in which political machines held power.
watt
Machines in factories.
Marine Machines - 2004 Power was released on: USA: 28 January 2005
power that is turning
industrialization
Machines use electricity by changing it in to the power they need.
It stands for Racing Performance Machines.