Alexa Janne S. Arioja 10-LYNX 1. What is the primary function of capacitive sensors in robotics? > Capacitive sensors are crucial in robotics for measuring changes in capacitance between sensors and objects, determining their presence or absence. They generate an electrostatic field and monitor changes caused by dielectric or conductive materials. These sensors can feel objects without contact and detect various materials, including non-metallic ones, increasing safety and precision in robotic applications.

James Miguel Lumantas 10-Lyra 1. What is the primary function of capacitive sensors in robotics? Capacitive sensors allow a robot to detect either solid or liquid objects without physical contact.

Nuriel Danna S. Garcia 10 - LYNX 2. How do proximity capacitive sensors differ from touch capacitive sensors? Proximity capacitive sensors detect objects from a short distance without contact, while touch capacitive sensors require direct physical touch to work.

Ericka Grace O. Cajeles GRADE X - LYNX Q2. Applying: Describe a scenario in which an ultrasonic sensor would be more beneficial than an infrared sensor." Answer: Though both infrared sensors and ultrasonic sensors are types of Proximity Sensors, these two sensors have different capabilities. The biggest difference between IR sensors vs. ultrasonic sensors is how the sensor works. Ultrasonic sensors use sound waves (echolocation) to measure how far away you are from an object. On the other hand, IR sensors use Infrared light to determine whether or not an object is present. With the Ultrasonic sensors, the robots can withstand any obstacles especially with no light, clouds of dust, and dark environments providing better precision and accuracy.

Ericka Grace O. Cajeles GRADE X - LYNX Q2. Explain the role of proximity sensors in robots. How do they help robots interact with their environment? Answer: Proximity sensors, both infrared and ultrasonic, serve as a robot's eyes. These sensors detect the absence and presence of an object within a specific range, providing digital signals to the robot to help indicate whether or not an object is detected by the sensor.

Cassandra Louis R. Bigwas 10 - Lynx 2.) How do proximity capacitive sensors differ from touch capacitive sensors? Proximity capacitive sensors detect the presence of an object without physical contact and are widely used in non-contact sensing, proximity detection, and object detection while touch capacitive sensors detect the presence of a touch by measuring the change in capacitance caused by the human body's capacitance and widely used in touch screens and touch buttons.

Chris Nathan Dwayne M. Dura 10 - Lynx 1. What is the primary function of capacitive sensors in robotics? A: Capacitive sensors in robotics are primarily used to detect objects or changes in the environment by measuring variations in capacitance. These sensors can detect the presence, proximity, or touch of objects, making them useful for tasks like object recognition, collision avoidance, and interaction with the environment.

Jade Sumalpong 10-Orion 1. What is the primary function of capacitive sensors in robotics? Capacitive sensors in robotics are primarily used to detect the presence or proximity of objects without physical contact.

Messiah Emmanuelle Lei P. Salomon X-Cassiopeia 5. Identify two applications of inductive sensors in robotics and explain their roles. -Inductive sensors are commonly used in robotic applications such as metal part sorting and assembly. In metal part sorting, inductive sensors can be used to identify different types of metal objects based on their electrical conductivity. In robotic assembly, inductive sensors can be used to detect the presence of metal components and ensure that they are correctly positioned for assembly.

Ara Bella S. Quilestino 10 - LYNX 1.What is the primary function of capacitive sensors in robotics? Capacitive sensors are crucial in robotics, enabling robots to sense their environment without contact. They use electricity to detect nearby objects, measure pressure, and even track multiple points of contact all without any physical contact.

Ara Bella S. Quilestino 10 - LYNX 1. What is the primary function of inductive sensors in robotics? Inductive sensors are crucial in robotics, enabling touch and proximity detection. They enhance precision in tasks like part detection and navigation, utilizing electromagnetic induction to identify metallic objects without contact.

Annarica Nina A. Loyola 10-HERMES 1. What is the primary function of capacitive sensors in robotics? Capacitive sensors act like a robot's personal space bubble, detecting objects before they make contact.A proximity capacitive sensor emits a weak electric field, kind of like an invisible force field around the sensor. When an object enters this field, it disrupts the field, and the sensor detects that change. This allows robots to judge distances, avoid obstacles, and navigate their surroundings without walking nose-first into a wall.

Jannah Loreen S. Galla 10 - CASSIOPEIA Q: 1. What is the primary function of capacitive sensors in robotics? A: The primary function of capacitive sensors in robotics is to detect the presence or proximity of objects, including both metallic and non-metallic materials (such as plastics, liquids, and glass). They work by measuring changes in the capacitance between the sensor and the object. Capacitive sensors are often used for object detection, level sensing, and position tracking in robotics, allowing for more versatile interaction with various materials.

Jannah Loreen S. Galla 10 - CASSIOPEIA Q: 1. What is the primary function of inductive sensors in robotics? A: The primary function of inductive sensors in robotics is to detect the presence or proximity of metal objects without physical contact. These sensors work by generating an electromagnetic field and measuring changes in the field when a metal object enters it. Inductive sensors are commonly used for position sensing, object detection, and safety applications in robotic systems, particularly in industrial environments.

Jannah Loreen S. Galla 10 - CASSIOPEIA Q: 1. Understanding: What are mechanical sensors, and how do they function in robotics? A: Mechanical sensors in robotics detect physical changes like force, pressure, movement, or strain and convert them into signals for the robot to process. They enable robots to interact with their environment, adjust movements, and maintain balance. Common types include force/torque sensors, pressure sensors, accelerometers, gyroscopes, and tactile sensors. These sensors allow robots to grip objects, maintain stability, navigate, and respond to real-time feedback, ensuring precise and adaptive behavior during tasks.

Zion E. Paberecio 10 - ANDROMEDA 5. In what ways can capacitive sensors enhance safety in industrial robotics? ANSWER: Capacitive sensors enhance industrial robotics safety by detecting object proximity, preventing collisions, and monitoring safety barriers to ensure safe operation and reduce accidents.

Jaynie Margaret M. Lashley 10 - Andromeda 1. What is the primary function of capacitive sensors in robotics? - Capacitive sensors in robotics primarily function as proximity sensors, detecting the presence of objects without requiring physical contact. They work by measuring changes in capacitance, which is the ability of an object to store electrical charge. When an object approaches the sensor, it alters the capacitance, allowing the sensor to detect its presence and proximity.

Jaynie Margaret M. Lashley 10 - Andromeda 1.) What is the primary function of inductive sensors in robotics? - It provides the robots or robotic applications, a sense of touch or proximity detection. They also act as the robot's eyes, detecting the presence and position of metal objects, Which is then relayed to the robot's control system, allowing the robot to adjust its movements accordingly.

Shiloh Nouvel A. Miquiabas 10 - ANDROMEDA 1. What is the primary function of capacitive sensors in robotics? Answer: The primary function of capacitive sensors in robotics is to detect changes in capacitance caused by the presence of objects, including non-metallic materials like plastics or liquids, allowing robots to sense proximity, position, or the level of materials.

Chelsie Ann P. Carnaje Grade 10 - Hermes 1. What is the primary function of capacitive sensors in robotics? Answer: Capacitive sensors in robotics primarily function as proximity sensors. They detect the presence or absence of objects or measure the distance to an object by sensing changes in capacitance caused by the presence of conductive or dielectric materials. This allows robots to detect and interact with objects without physical contact, which is useful for tasks such as obstacle detection, object positioning, and touch sensing.

Shiloh Nouvel A. Miquiabas 10 - ANDROMEDA 2. Describe the difference between shielded and unshielded inductive sensors. Answer: Shielded inductive sensors have a metal housing around the sensing coil, focusing the magnetic field to detect only nearby metal objects. Unshielded inductive sensors lack this housing, allowing a wider magnetic field for detecting objects at greater distances. Shielded sensors are ideal for confined spaces, while unshielded sensors are better for longer-range detection.

Neeka Ella P. Guillero 10 - Lynx 5. In what ways can capacitive sensors enhance safety in industrial robotics? By creating a protective zone around themselves and allowing them to sense people or items nearby without coming into close touch, capacitive sensors increase safety in industrial robotics. This reduces the likelihood of crashes and mishaps. Further reducing the possibility of harm or injury in shared workspaces, these sensors enable robots to control the amount of force used when handling delicate objects.

Shiloh Nouvel A. Miquiabas 10 - ANDROMEDA 1. Understanding: What are mechanical sensors, and how do they function in robotics? Answer: Mechanical sensors in robotics detect physical changes, such as force, pressure, position, or motion. They convert these changes into electrical signals that the robot's control system can interpret to make decisions or adjustments. Common examples include accelerometers, pressure sensors, and gyroscopes.

Leon Anthony S. Juaneza 10-LYNX 1. What is the primary function of capacitive sensors in robotics? -Capacitive sensors allow robots to feel and perceive their surrounding environment without touching anything. They use electricity to detect nearby objects, measure pressure, and even track multiple points of contact. This also allows the robot take less damage or wear.

Brigette Love U. Gurrea Grade 10- Andromeda 2. How do proximity capacitive sensors differ from touch capacitive sensors? Answer: Proximity capacitive sensors detect objects at a distance before contact by sensing changes in the electric field, allowing robots to avoid collisions. Touch capacitive sensors, on the other hand, identify physical contact and determine the exact location of the touch, enabling interaction with objects or humans through direct touch.

Brigette Love U. Gurrea Grade 10 - Andromeda 5. Identify two applications of inductive sensors in robotics and explain their roles. Answer: Inductive sensors are used in robotic arms on assembly lines to detect metal components for precise positioning and in autonomous vehicles to detect obstacles and maintain safe distances.

Real Ann R. Dela Victoria 10 Andromeda 1. What is the primary function of capacitive sensors in robotics? Answer: Capacitive sensors allow robots to perceive their surroundings without coming into close touch with them by detecting changes in the electric fields that surround them. These sensors work as "electric feelers," allowing robots to move, interact with things, and perform tasks more precisely. They are critical for increasing robot awareness and productivity across a wide range of jobs.

Real Ann R. Dela Victoria 10 Andromeda 1. What is the primary function of inductive sensors in robotics? Answer: The primary function of inductive sensors in robotics is to detect the presence or absence of metallic objects without making physical contact. They function by creating an electromagnetic field and monitoring changes in that field induced by the presence of metal, allowing robots to sense things and calculate distances for a variety of purposes.

Manzanades, Chelsy 10- Andromeda 2.) Describe the difference between shielded and unshielded inductive sensors. - Shielded sensors incorporate a metallic shield around the coil, effectively concentrating the magnetic field to a smaller more focused area, while unshielded sensors lack a metallic shield around the coil, this design results in a wider more diffused sensing field.

Faith N. Ragas 10-Andromeda 2. Describe the difference between shielded and unshielded inductive sensors. Inductive sensors with shields reduce false readings from nearby metal objects by concentrating the magnetic field within a defined, narrow area using a metallic shield. Since unshielded sensors do not have this shield, their sensing field is broader but they are more likely to pick up on inadvertent metal objects. Depending on the application's environment and precision, one can choose between the two.

Faith N. Ragas 10-ANDROMEDA 1. What is the primary function of capacitive sensors in robotics? Robots using capacitive sensors can sense their surroundings without coming into direct contact with them because they can detect changes in the electric fields that surround them. By functioning as "electric feelers," these sensors help robots navigate, interact with objects, and carry out tasks more accurately. They are essential for improving the awareness and productivity of robots in a variety of tasks.

Janaya Dyreane S. Baja X Lyra 1.Capacitive sensors in robotics detect objects and humans without contact by measuring changes in capacitance when conductive targets enter their electric field. This allows for safer interactions and is ideal for applications in industrial automation and collaborative robotics. Their ability to differentiate between touch types enhances human-robot interactions, improving the functionality and safety of robotic systems.

Janaya Dyreane S. Baja X Lyra 3. The sensing range in inductive sensors defines the maximum distance for detecting metallic targets. It is influenced by the target's material and size, with optimal performance usually calibrated using mild steel. Understanding this range is crucial for selecting the right sensor for effective detection in industrial applications.

Janaya Dyreane Baja X Lyra 1. Mechanical sensors in robotics are devices that convert physical changes into electrical signals, allowing robots to perceive and interact with their environment. They include contact sensors, force/torque sensors, accelerometers, gyroscopes, and proximity sensors, which enhance robotic systems' ability to perform complex tasks autonomously and safely by providing real-time feedback.

Sabina Claudia Barbosa 10 - ANDROMEDA 1.) What is the primary function of capacitive sensors in robotics? - Capacitive sensors allow robots to sense their environment without actually touching anything. They use electricity to detect nearby objects, measure pressure, and even track multiple points of contact all without any physical contact.

Ana Althea B. Mabaylan 10 - LYRA 2. How do proximity capacitive sensors differ from touch capacitive sensors? - Proximity capacitive sensors are designed to detect the presence of objects without requiring direct contact. While touch capacitive sensors respond to direct touch input from users.

Ana Althea B. Mabaylan 10 - LYRA 2. Describe the difference between shielded and unshielded inductive sensors. - Shielded sensors are designed for use in confined spaces and have a reduced sensing range. While unshielded sensors have longer ranges and can detect objects at greater distance.

Ana Althea B. Mabaylan 10 - LYRA 3. Analyzing: Compare and contrast force/torque sensors and accelerometers. In what situations would each be more beneficial? - Force/torque sensors are used in robotics, manufacturing and automobile testing for precise control of direct forces or torques. Accelerometers are useful in consumer electronics, navigation systems and structural health monitoring because they can measure changes in motion and orientation.

Shuwla Maine C. Lugtu 10- LYNX 1. What is the primary function of inductive sensors in robotics? - Inductive sensors in robotics are mostly used to detect the presence of metal items without making physical touch. They function by producing a magnetic field and monitoring any alterations brought about by the presence of metal. This makes it possible for robots to assess their surroundings, avoid hazards, and carry out industrial applications such as part identification and sorting.

Christian Dynniel M. Llanos 10-LYNX 5. Discuss the significance of capacitive sensors in expanding the applications of robotics. Capacitive sensors have significantly broadened the scope of robotics by offering both versatility and precision. These sensors detect changes in capacitance, influenced by factors such as proximity, distance, or material presence, making them ideal for tasks like proximity detection, level monitoring, gesture recognition, and material identification. Their ability to deliver accurate measurements across diverse environments has driven the advancement of more sophisticated and capable robotic systems.

Nathan James J. Compo 10 Orion 4. This range is significant because it determines the sensor's effectiveness in various applications. A longer sensing range allows the sensor to detect objects from a greater distance, which is essential for applications requiring high-speed detection or when the sensor cannot be placed close to the target. Conversely, a shorter sensing range might be preferred in environments where space is limited or precision is critical.

Schumary Faye L. Reyes 10-LYNX 1. What is the primary function of capacitive sensors in robotics? ANSWER: In robotics, capacitive sensors are mostly used to measure changes in capacitance between the sensor and the object being tracked in order to determine if an item is present or absent. They work by generating an electrostatic field and monitoring changes brought about by the inclusion of dielectric or conductive materials. Because of this feature, capacitive sensors can feel things without making contact with them and detect a wide range of materials, including non-metallic ones. This is advantageous for robotic applications as it increases safety and precision.

Schumary Faye L. Reyes 10-LYNX 1. What is the primary function of inductive sensors in robotics? ANSWER: The primary purpose of inductive sensors in robotics is to identify metallic objects by non-contact detection. Their functioning concept is based on the idea of electromagnetic induction, which states that the presence of a metal item changes the electromagnetic field surrounding the sensor. Because of this, they can sense and measure component positions in automated systems with reliability, which helps with accurate control and operation.

Messiah Emmanuelle Lei P. Salomon 10-Cassiopeia 1. What is the primary function of capacitive sensors in robotics? -Capacitive sensors in robotics primarily function as proximity sensors, detecting the presence of objects without requiring physical contact. They work by measuring changes in capacitance, which is the ability of an object to store electrical charge. When an object approaches the sensor, it alters the capacitance, allowing the sensor to detect its presence and proximity. This capability is crucial for various robotic applications, such as obstacle avoidance, object handling, and precision positioning.

Messiah Emmanuelle Lei P. Salomon X-Cassiopeia 2. Describe the difference between shielded and unshielded inductive sensors. -Shielded inductive sensors have a metal housing that protects the sensor element from external electromagnetic interference. This makes them more suitable for environments with high levels of electrical noise or where precise measurements are required. Unshielded sensors, on the other hand, lack this protective housing and are more susceptible to interference, but they may be more cost-effective and easier to integrate into certain applications.

Tabitha Glenne P. Lagria 10 - Cassiopeia 5. In what ways can capacitive sensors enhance safety in industrial robotics? A: Capacitive sensors can enhance safety in industrial robotics by detecting the presence of human workers or objects near the robot, triggering a stop or slowdown to prevent accidents. Their ability to sense through non-metallic materials adds an extra layer of protection by detecting potential hazards even behind protective barriers.

Tabitha Glenne P. Lagria 10 - Cassiopeia 3. Explain the significance of the sensing range in inductive sensors. A: The sensing range in inductive sensors determines how far they can detect metal objects, which is crucial for their use in automation and industrial applications. A longer sensing range allows for greater flexibility in sensor placement, while ensuring reliable detection without physical contact.

Tabitha Glenne P. Lagria 10 - Cassiopeia Applying: Describe a scenario in which tactile sensors might be used in a robotic application. What advantages do they provide in that scenario? A: Tactile sensors in robotics could be used in a robotic hand to grip delicate objects like glassware, adjusting pressure to avoid damage. They provide the advantage of precise force control and feedback, improving the robot's ability to handle fragile items safely.

Tysh Maeganne Z. Sagocsoc 10- Hermes 1. What is the primary function of capacitive sensors in robotics? -Capacitive sensors allows robots to sense their environment without creating contact. They are the unseen heroes of robotics. It allows electricity to detect nearby objects, measure pressure and track multiple points of contact. For example proximity capacity sensors which has an electric field around the sensor which disrupts the field if an object is in its vicinity.

Renalyn R. Gaid 10- Orion 1. What is the primary function of inductive sensors in robotics? Inductive sensors provide robots with a sense of touch or proximity detection. These sensors are renowned for their reliability, robustness, and cost effectiveness, making them ideal for a wide range of robotic applications