Geometry forms the basis of moving troops and battlefield fortifications. In the construction of field fortifications, geometry is used to create protective angles that anticipate where an enemy army will attack. With the use of flanking movements, a point of attack on an enemy position can be seen as a geometrical illustration. For example a triangle, with its apex forming the first point of attack on enemy lines, can be drawn up in planning battle tactics. As an aside, the ancient Roman legions had formations that were geometrical in nature. Rectangular formations spaced apart by mathematic calculations were innovative in there time in history.
Geometry is a field of mathematics and is neither a science nor an occupation. Any other field of mathematics can be related to geometry. Trigonometry and algebra are among the most closely related. Occupations that use geometry include engineering, physics, and astronomy, but many others do as well.
The Babylonians, Egyptians, and Greeks were involved in the early development of geometry. However, the Greeks were major contributors to this field. Pythagoras, Thales, and Euclid are some men most famous for their contributions to this field.
Geometry
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Analytical geometry is used widely in engineering. It set the foundation for algebraic, differential, discrete, and computational geometry. It is the study of geometry using a coordinate system.
Geometry is a field of mathematics and is neither a science nor an occupation. Any other field of mathematics can be related to geometry. Trigonometry and algebra are among the most closely related. Occupations that use geometry include engineering, physics, and astronomy, but many others do as well.
The Babylonians, Egyptians, and Greeks were involved in the early development of geometry. However, the Greeks were major contributors to this field. Pythagoras, Thales, and Euclid are some men most famous for their contributions to this field.
Be more specific please because BFT or (Battle Field Tatics) can refer to breach and clear or rules of engagement to lethal use? be more specific revise your question then i can help you
Peter Field has written: 'Projective geometry' -- subject(s): Projective Geometry
Geometry
yes, he did contribute to the field of geometry. he credited Gauss with formulating the mathematical fundamentals of the theory of relativity.
because he brought organization and formation of \the troops to the battle field. because he brought organization and formation of \the troops to the battle field. because he brought organization and formation of \the troops to the battle field. because he brought organization and formation of \the troops to the battle field.
geometry
geometry
it doesn't
The range and accuracy of both musket and field cannons improved much since the revolutionary war (80 years prior) , however infantry tactics had not kept pace with these advances in weaponry.
The answer to this question requires that strategy be separated from battle tactics. Strategy involves a larger military outlook on how a war is to be conducted. A quick example is a strategy of using a navy to blockade ports. When speaking about battle tactics, we are in the area of planning the way a commander will plan on how to win an upcoming battle. Here we see that the Napoleon era H. Jomini's influence was greater in the field of battle tactics. Here are the use of concentration of forces on interior lines was practiced whenever feasible. Jomini's emphasis on defense as the strongest tactical position was the frequent tactic within a battle. From this point, it became then feasible to form a counter attack upon the enemy.