Capacitors: Most capacitors in the design are 0.1 µF, which are commonly used for decoupling purposes. These values are typically fine for decoupling in digital circuits, but the actual value depends on the specific requirements of the MCU and other ICs. The datasheets of the specific components should provide the recommended values.

Power Supply: The capacitors C65, C66, C67, C68, C69, C70, C71, C72, and C73 are associated with the power supply, but without knowing the power requirements of your circuit and the nature of the power supply (e.g., battery, AC-DC converter), it's hard to determine if these values are appropriate.

Microphone: MK1 is a microphone that presumably picks up the sound of the music. It would typically require an amplification stage to boost the signal before it's processed by the MCU. It appears that U1, the operational amplifier, is being used for this purpose, but I can't confirm without the full schematic.

Sensor: U3 is a sensor, presumably for detecting shaking. If it's an accelerometer or a similar kind of motion sensor, it might require additional components for proper operation, such as resistors to set up a voltage divider, or capacitors for filtering.

LEDs: The WS2812B LEDs typically require a 5V power supply and a specific data signal for control. It's unclear from the information provided if this is correctly set up.

MCU: The schematic does not include an MCU or microcontroller. You mentioned an MCU in your description, but it's not listed in the project components. The MCU would control the LEDs based on the input from the sensor and the microphone.