How to Use a Trigonometry Assignment as a Solution for Real Problems?
Trigonometry is the most practical and widely used subject in Maths. Its usages are spread across every field that focuses on a better understanding of the world of waves and motion. A trigonometry assignment can help a student develop new ideas. But the focus of studies has shifted towards grades rather than practical knowledge. This has made students look for professional writing help when a professor assigns a task based on practical usage. Here are a few examples from the subject.
1.Using a Lever
Everyone has used a lever to move heavy objects but have you ever explored the maths behind it? A simple answer can be given using a trigonometry logic. You might have seen that the working side is much shorter than the handle based on the position of the fulcrum. This means that the force you apply will be based on angle and length. A smaller side will experience a higher force because of the length difference.
2.Turning Angle of Road
Two forces are working on an object that is taking a turn around a corner. It can be a bike, car, or bus. The angle of inclination of the road balances these forces and prevents the object from toppling. If the angle is low, the entity will find it hard to turn and skid off the track. If the angle is steep, it can fall inwards. You may have noticed this angle on every freeway because there the vehicles are moving with great speed.
3.Radio Signals
When a wave is moving across space, it oscillates around an axis. It has a certain frequency which is tuned with the receptor. This frequency depends on the angle at which it crosses the axis. Low angle means lower frequency, and it means that the signal will travel farther because of a lack of lateral movement. Trigonometry can easily explain this as velocity is dependent on the angle. This is why the stoplight at traffic signals is red because it has a lower frequency than green and is visible from far away.
4.How Far Can You Throw?
Trigonometry works wonders here, as the angle of the throw decides how much forward push you have provided. If the angle is at the steeper side, the throw will go high but won’t cover too much distance. If the angle is low, the gravity will pull it down faster. Therefore the optimal angle is considered 45 degrees considering zero air friction.
Several examples can connect a trigonometry assignment to things we do daily. It is important to learn the practical implication of subjects that you study. Through this write-up, the professionals of Global Assignment Help have tried to explain how one can base the assignment on the real world rather than outlandish theories.
In case you struggle with the assignment and need assistance with the same, you can take online trigonometry assignment help from us at any hour of the day. We will provide you with the best solutions at the most pocket-friendly rates.
1.Using a Lever
Everyone has used a lever to move heavy objects but have you ever explored the maths behind it? A simple answer can be given using a trigonometry logic. You might have seen that the working side is much shorter than the handle based on the position of the fulcrum. This means that the force you apply will be based on angle and length. A smaller side will experience a higher force because of the length difference.
2.Turning Angle of Road
Two forces are working on an object that is taking a turn around a corner. It can be a bike, car, or bus. The angle of inclination of the road balances these forces and prevents the object from toppling. If the angle is low, the entity will find it hard to turn and skid off the track. If the angle is steep, it can fall inwards. You may have noticed this angle on every freeway because there the vehicles are moving with great speed.
3.Radio Signals
When a wave is moving across space, it oscillates around an axis. It has a certain frequency which is tuned with the receptor. This frequency depends on the angle at which it crosses the axis. Low angle means lower frequency, and it means that the signal will travel farther because of a lack of lateral movement. Trigonometry can easily explain this as velocity is dependent on the angle. This is why the stoplight at traffic signals is red because it has a lower frequency than green and is visible from far away.
4.How Far Can You Throw?
Trigonometry works wonders here, as the angle of the throw decides how much forward push you have provided. If the angle is at the steeper side, the throw will go high but won’t cover too much distance. If the angle is low, the gravity will pull it down faster. Therefore the optimal angle is considered 45 degrees considering zero air friction.
Several examples can connect a trigonometry assignment to things we do daily. It is important to learn the practical implication of subjects that you study. Through this write-up, the professionals of Global Assignment Help have tried to explain how one can base the assignment on the real world rather than outlandish theories.
In case you struggle with the assignment and need assistance with the same, you can take online trigonometry assignment help from us at any hour of the day. We will provide you with the best solutions at the most pocket-friendly rates.
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