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adidab12
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1. A bird flies 5.00 m at 50.0° and then 3.00 m at −30.0°. What is the bird's total displacement in polar notation
Bird's total displacement in polar notation is a way to represent the distance and direction of a bird's movement in two dimensions. It is commonly used in physics and engineering to calculate the overall movement of an object.
To calculate bird's total displacement in polar notation, you need to know the bird's initial position, the distance it has traveled, and the angle of its movement. You can then use the Pythagorean theorem and trigonometric functions to determine the total displacement.
Polar notation and Cartesian notation are two different ways to represent the position of an object in two dimensions. Polar notation uses distance and direction, while Cartesian notation uses x and y coordinates. They are essentially two different coordinate systems for representing the same information.
One advantage of using polar notation is that it simplifies calculations involving distance and direction. It also allows for easier visualization of an object's movement in a circular or curved path. Additionally, polar notation is often used in engineering and physics applications, making it a useful tool for those fields.
Yes, bird's total displacement can be negative in polar notation. This indicates that the bird has moved in the opposite direction of its initial position. For example, if the bird's initial position is at 0 degrees and it moves 5 meters in the direction of 180 degrees, its total displacement would be represented as -5 meters.