Any fish that have scales whether visible or non-visible is considered KosherGroup of answer choicesTrueFalse

Why does a fish in water appear closer to the surface than it actually is?

Paragraph 3: Creatures living in the upper part of the mesopelagic, where light intensities arehigher, are more likely to be transparent. Zooplariktor that penetrate the deeper levels of themesopelagic are commonly orange, red, or purple but in the blue-green background light areperceived as black or inconspicuous gray. Some mesopelagic fish have elongate (long and narrow)bodies, which may be a means of extending the length of the lateral lire—a vibration-detectingorgan—thereby raising sensitivity for detecting predators or prey.1. According to paragraph 3, which organisms are likely to be transparent?A: Those that are not good at detecting preyB: Those that live in places where the light is blue-greenC: Those with elongate bodiesD: Those that live in the brighter part of the mesopelagic zone

Paragraph 3: Creatures living in the upper part of the mesopelagic, where light intensities arehigher, are more likely to be transparent. Zooplariktor that penetrate the deeper levels of themesopelagic are commonly orange, red, or purple but in the blue-green background light areperceived as black or inconspicuous gray. Some mesopelagic fish have elongate (long and narrow)bodies, which may be a means of extending the length of the lateral lire—a vibration-detectingorgan—thereby raising sensitivity for detecting predators or prey.1. According to paragraph 3, which organisms are likely to be transparent?A: Those that are not good at detecting preyB: Those that live in places where the light is blue-greenC: Those with elongate bodiesD: Those that live in the brighter part of the mesopelagic zone2. In paragraph 3, the author discusses mesopelagic fish with elongate bodies in order toA: provide an example of how deep-sea organisms increase their sensitivity to lightB: argue that extending the length of the lateral line helps animals blend in with their surroundingsC: explain the relationship between body shape and body transparencyD: describe an alternative to eyesight for detecting other animals in dark watersParagraph 4: Most mesopelagic animals are bioluminescent. This ability has evolved many timesby different mechanisms. Some organisms, such as the lantern fishes and bristlemouths, producetheir own light, utilizing specialized tissue that is adapted for this purpose. Others, such as certainspecies of cod, harbor light-producing symbiotic bacteria that are cultivated inside special lightorgans. Whatever the precise mechanism, biologically generated light is produced within living cellsand energy is released in the form of light rather than heat; bioluminescence is cold light. In somecreatures, particularly translucent or transparent zooplankton such as jellyfish and ctenophores, thereactions occur in scattered cells called photocytes. In others—particularly fish andsquids—light-producing photophores are employed Blue or green and, less commonly, yellow arethe customary colors of bioluminescent light3. According to paragraph 4, which of the following is true about bioluminescence in

Paragraph 3: Creatures living in the upper part of the mesopelagic, where light intensities arehigher, are more likely to be transparent. Zooplariktor that penetrate the deeper levels of themesopelagic are commonly orange, red, or purple but in the blue-green background light areperceived as black or inconspicuous gray. Some mesopelagic fish have elongate (long and narrow)bodies, which may be a means of extending the length of the lateral lire—a vibration-detectingorgan—thereby raising sensitivity for detecting predators or prey.1. According to paragraph 3, which organisms are likely to be transparent?A: Those that are not good at detecting preyB: Those that live in places where the light is blue-greenC: Those with elongate bodiesD: Those that live in the brighter part of the mesopelagic zone2. In paragraph 3, the author discusses mesopelagic fish with elongate bodies in order toA: provide an example of how deep-sea organisms increase their sensitivity to lightB: argue that extending the length of the lateral line helps animals blend in with their surroundingsC: explain the relationship between body shape and body transparencyD: describe an alternative to eyesight for detecting other animals in dark watersParagraph 4: Most mesopelagic animals are bioluminescent. This ability has evolved many timesby different mechanisms. Some organisms, such as the lantern fishes and bristlemouths, producetheir own light, utilizing specialized tissue that is adapted for this purpose. Others, such as certainspecies of cod, harbor light-producing symbiotic bacteria that are cultivated inside special lightorgans. Whatever the precise mechanism, biologically generated light is produced within living cellsand energy is released in the form of light rather than heat; bioluminescence is cold light. In somecreatures, particularly translucent or transparent zooplankton such as jellyfish and ctenophores, thereactions occur in scattered cells called photocytes. In others—particularly fish andsquids—light-producing photophores are employed Blue or green and, less commonly, yellow arethe customary colors of bioluminescent light3. According to paragraph 4, which of the following is true about bioluminescence intransparent or translucent zooplankton?A: Reactions occur in photocytes dispersed throughout the organisms.B: Unlike in most other bioluminescent organisms, the light is yellow.C: Reactions occur in light-producing organs called photophores.D: It is produced by symbiotic bacteria like in some species of cod.

Which one of the following fish is a surface feeder?RohusMrigalsCommon carpsCatla