A particle moves with ω =constant and r = r0eβt where r0 and β are constants. For what values of β is the radial force zero?
A particle moves with ω =constant and r = r0eβt where r0 and β are constants. For what values of β is the radial force zero?
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A particle moves with ω =constant and r = r0eβt where r0 and β are constants. For what values of β is the radial force zero?
Transcribed Image Text:The image displays a two-dimensional spiral plotted on a coordinate plane. The spiral starts at the origin, where the x-axis and y-axis intersect, and gradually moves outward while curving around the origin. Here’s a detailed explanation:
1. **Axes**:
- The horizontal line represents the x-axis.
- The vertical line represents the y-axis.
- Both axes have arrows indicating positive directions.
2. **Spiral**:
- The spiral begins at the origin (0,0) and expands outward in a circular motion.
- It curves around the origin in a counter-clockwise direction, forming multiple loops as it extends.
This spiral represents a common mathematical shape often used to study properties in polar coordinates, growth patterns, and natural phenomena.
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