Media Summary: Physical Computing 3 - Servo Motor and LDR Physical Computing 3 - LDR brightness control Cornell NYC Tech - CS 5432 Physical Computing - Lab 3

Physical Computing Lab 3 Sipo - Detailed Analysis & Overview

Physical Computing 3 - Servo Motor and LDR Physical Computing 3 - LDR brightness control Cornell NYC Tech - CS 5432 Physical Computing - Lab 3 1. The darker the LDR gets, the brighter the LED becomes 2. When the LDR is dark, the servo turns 180 degrees clockwise. Physical Computing 3 - Rotating Servo Motor Physical Computing - Lab: Tone Output Using An Arduino

Physical Computing - Lab: Serial print with Ultrasonic sensor Physical Computing 4 - Relay and Spin Motor

Photo Gallery

Physical Computing Lab #3 - SIPO Shift Register
Physical Computing - Lab #3
Physical Computing #LAB 3 - Servo Motor and LDR
Physical Computing #LAB 3 - LDR brightness control
Cornell NYC Tech - CS 5432 Physical Computing - Lab 3
Physical Computing Lab 3
Physical Computing #LAB 3 - Rotating Servo Motor
Physical Computing - Lab: Tone Output Using An Arduino
Physical Computing Lab 3
Physical Computing - Lab: Serial print with Ultrasonic sensor
Physical Computing - LAB 3 - Jahid Ali
Physical Computing - Lab 3.4
View Detailed Profile
Physical Computing Lab #3 - SIPO Shift Register

Physical Computing Lab #3 - SIPO Shift Register

My great movie.

Physical Computing - Lab #3

Physical Computing - Lab #3

My great movie.

Physical Computing #LAB 3 - Servo Motor and LDR

Physical Computing #LAB 3 - Servo Motor and LDR

Physical Computing #LAB 3 - Servo Motor and LDR

Physical Computing #LAB 3 - LDR brightness control

Physical Computing #LAB 3 - LDR brightness control

Physical Computing #LAB 3 - LDR brightness control

Cornell NYC Tech - CS 5432 Physical Computing - Lab 3

Cornell NYC Tech - CS 5432 Physical Computing - Lab 3

Cornell NYC Tech - CS 5432 Physical Computing - Lab 3

Physical Computing Lab 3

Physical Computing Lab 3

1. The darker the LDR gets, the brighter the LED becomes 2. When the LDR is dark, the servo turns 180 degrees clockwise.

Physical Computing #LAB 3 - Rotating Servo Motor

Physical Computing #LAB 3 - Rotating Servo Motor

Physical Computing #LAB 3 - Rotating Servo Motor

Physical Computing - Lab: Tone Output Using An Arduino

Physical Computing - Lab: Tone Output Using An Arduino

Physical Computing - Lab: Tone Output Using An Arduino

Physical Computing Lab 3

Physical Computing Lab 3

Physical Computing Lab 3

Physical Computing - Lab: Serial print with Ultrasonic sensor

Physical Computing - Lab: Serial print with Ultrasonic sensor

Physical Computing - Lab: Serial print with Ultrasonic sensor

Physical Computing - LAB 3 - Jahid Ali

Physical Computing - LAB 3 - Jahid Ali

Physical Computing - LAB 3 - Jahid Ali

Physical Computing - Lab 3.4

Physical Computing - Lab 3.4

This is just an example video showing

Physical Computing #LAB 4 - Relay and Spin Motor

Physical Computing #LAB 4 - Relay and Spin Motor

Physical Computing #LAB 4 - Relay and Spin Motor