Question

Do all statements below describe the function of the nervous system and sensory functions of insects?

Odor can be very reliable for food detection.

Setae on mouthparts, antennae, and legs can perceive physical movement.

Insects can heart when airborne pressure waves displace certain receptors.

Chemoreception are used for feeding, selection of egg laying sites, mate location, and social organization.

All insects are capable of detecting light and may use light in orientation, navigation, and feeding.

Insects have compound eyes that are best suited for detecting movement.

Answer 1

The nervous system and sensory functions of insects allow them to perceive the environment and carry out essential behaviors.

Step-by-step explanation:

Do all statements below describe the function of the nervous system and sensory functions of insects?

1. Odor can be very reliable for food detection. Insects have sensory receptors in their antennae and mouthparts that can detect odors, enabling them to find food sources.
2. Setae on mouthparts, antennae, and legs can perceive physical movement. These sensory hairs can sense vibrations and movements in the environment, helping insects respond to stimuli such as approaching predators or potential prey.
3. Insects can hear when airborne pressure waves displace certain receptors. While insects don't have ears like humans, they can detect sound through specialized sensors that respond to changes in air pressure caused by sound waves.
4. Chemoreception is used for feeding, selection of egg laying sites, mate location, and social organization. Insects have chemosensory receptors that allow them to detect and respond to chemical signals, playing a crucial role in various behaviors and functions.
5. All insects are capable of detecting light and may use light in orientation, navigation, and feeding. Insects have compound eyes, which are made up of many individual visual units called ommatidia. These eyes are well-suited to detect movement and changes in light intensity.
6. Insects have compound eyes that are best suited for detecting movement. The arrangement of photoreceptor cells in the compound eyes allows insects to detect fast movements effectively.

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