Phototactic stimuli are related to an organism's response to light, where they move towards or away from light sources. Chemotactic stimuli involve an organism's response to chemical signals in their environment, leading to movement towards or away from the source of the chemical. Both types of stimuli play important roles in an organism's survival and behavior.
Chemical stimuli are signals that are produced and detected through chemical processes. In biological systems, chemical stimuli can trigger specific responses in cells or organisms, such as signaling molecules that lead to a physiological response or behavior. Examples include pheromones that attract mates in animals or neurotransmitters that mediate communication between nerve cells.
No, a candle flame is not a living thing. Living things have the ability to grow, reproduce, respond to stimuli, and maintain homeostasis, qualities that a candle flame does not possess. A candle flame is a result of a chemical reaction between the wax and oxygen, producing light and heat.
Smell and taste receptors respond to stimuli in the environment by detecting specific molecules. In the case of smell, odor molecules bind to receptors in the nose, triggering a signal to the brain. For taste, molecules in food or drink bind to taste receptors on the tongue, sending signals to the brain to interpret different tastes.
Smart materials are designed to respond to external stimuli such as temperature, stress, or light. They can change their properties, like shape, color, or conductivity, in response to these stimuli due to their intrinsic properties or embedded elements. This allows them to adapt and respond to their environment in a controlled and predictable manner, making them useful in various applications like aerospace, medicine, and robotics.
chemical stimuli in the environment. Taste receptors on the tongue detect chemicals in food, while smell receptors in the nose detect chemicals in the air. Both types of receptors send signals to the brain for interpretation.
The just noticeable difference (JND) in psychology refers to the smallest detectable difference between two stimuli that a person can perceive. It helps to understand how sensitive someone's sensory system is to changes in stimuli, such as differences in brightness, weight, or sound. The JND is an important concept in psychophysics and perception research.
the difference is that, stimuli is the plural of stimulus; that is stimuli is feelings while stimulus is feeling.
Response discrimination refers to an individual's ability to differentiate between different stimuli or responses and respond accordingly. It involves recognizing and distinguishing subtle differences in stimuli or responses to make accurate and consistent choices or decisions. Response discrimination is crucial for tasks that require precise identification or discrimination among various stimuli.
respond to stimuli
This field is known as psychophysics, where researchers investigate how physical stimuli, such as light and sound, are processed by the brain and how they influence our psychological experiences, like perception and sensation. Psychophysics aims to understand the quantitative relationship between the physical properties of stimuli and our subjective experiences.
internal is in and external is out
No. Discrimination is identifying and making decisions based on the real differences among people. Employers work at identifying job applicants' skills, education, personality, seniority, licenses, and fitness, and THEN decide who to hire based on those real differences. Employers do not hire indiscriminately; we discriminate. Some statutes outlaw using a few real differences: race, religion, sex, age, disability, homosexuality. Unless a factor is specified as prohibited by statute, it is a lawful basis for discrimination.
Just-noticeable difference (JND) refers to the smallest detectable difference between two stimuli. This threshold determines the minimum amount of stimulation needed to distinguish between the two stimuli.
Plants DO NOT respond to stimuli
Our ability to sense stimuli in our environment is limited by the range of frequencies and intensities that our senses can detect. Additionally, our perception can be influenced by factors like attention, expectation, and individual differences. Lastly, our sensory systems can become desensitized or fatigued over time, affecting our ability to detect stimuli.
Potential mates meet, but choose members of their own species. Involves species or mate recognition through cues such as visual stimuli (plumage, courtship displays), auditory stimuli (calls), and chemical stimuli (pheromones).Behavioral Isolation: form of reproductive isolation in which two populations have differences in courtship rituals or other types of behavior that prevent them from interbreeding.
Living things are organisms that exhibit characteristics such as growth, reproduction, and response to stimuli. Non-living things do not possess these characteristics and are typically inanimate objects. To distinguish between living and non-living things, we can look for signs of life such as movement, growth, reproduction, and the ability to respond to stimuli. Living things also require energy and nutrients to survive, while non-living things do not have these requirements.