Question

A particle performs UCM. The diameter of the circle is 4 cm. What is the amplitude of linear SHM that is the projection of the UCM on a diameter.​

Answer 1

Answer:

17_87289=892+919385910209358

Answer 2

Particle making UCM:

• Particles that form a circular motion similar to angular L.
• If its angular frequency is doubled and its kinetic energy is halved, then the new angular force is Rotational Kinetic Energy = ½Iω 2.
• Circle diameter 4 cm:
• Radius circle = 2 or width = 4 or circle = 12.57 cm has space
• 1.257 × 10-9 square kilometers (km²) 0.001257 square meters (m²)
• 12.57 square centimeters (cm²) 1257 square millimeters (mm²)
• 4.8533 × 10-10 square miles (mi²) 0.00150336 square meters (yd²) 0.0135302 square feet (ft²) 1.94835 square meters (in²).
• The amplitude of the SHM line which is the UCM projection in width: ²).
• From scales (1) and (2), we can say that the base of perpendiculars X and Y use SHM on the x-axis and the y-axis respectively.
• The amplitude of SHM is R and the angular frequency is ω.
• Thus, the speculation of the particles that make up the UCM, at any diameter, is SHM.