Trigonometry is a subject where students can directly relate problems to reality. The problems are framed in such a way that a picture can be painted around it. But, because of the repetition of the same old questions, students wonder about the significance of a trigonometry assignment. These are needed to be changed according to the changing times so that they understand their relevance. There is a need to present questions that are related to real-life situations.
- Railways - Angle of Inclination
When a train turns around a curve, it has forces acting upon it in the opposite direction. This can be a very dangerous situation if it is not taken seriously while designing a track. The opposition forces can be mitigated by providing an inclination angle towards the inside of the curve. Calculating this angle, which can balance both forces (inwards and outwards) at maximum speeds, can be a fun assignment for students. The same can be applied for the inclination of corners on a race car track.
- Racquet Hit Angle
This can determine the velocity, power, and accuracy of your shot in sports ranging from table tennis to lawn tennis. When the ball is coming to you, it has a certain angle and must be hit at a certain angle to get maximum out of the shot. Trigonometry provides that solution to players by giving out the output force based on the hit angles of the racket according to the receiving angle.
- Spray Technology for Irrigation
The world is going through a water shortage where this resource is unevenly distributed. This brings in innovations like spraying water from faucets in a revolving motion. The angle of spray decides the area that will be efficiently covered by the system. This angle can be calculated using trigonometry to get the optimal number, which uses the water more judiciously.
- Fire Fighting
There is a fire in a tall building or a forest, and water has to be sprayed using fire hoses and aerial methods. The angles of these sprays are important to douse the flames as quickly as possible. A hose can be aimed at a calculated angle to speed up the process of dousing the fire. The point of water drop from a helicopter can be calculated using trigonometry so that the maximum area can be covered based on its flying speed.
The need is growing to give realistic and useful examples that can help students understand the applications of a trigonometry assignment writing. These can be a little tough to solve, but Global Assignment Help Australia has a team of experts who have a practical approach towards every problem. Trust us once and see your academic career reaching to new heights.
