Protein plays a crucial role in almost all biological processes and amino acids are the building blocks of it. A large proportion of our cells, muscles and tissue is made up of amino acids, meaning they carry out many important bodily functions, such as giving cells their structure
Similar in exponential decay 10 grams of a radioactive materials are present after a certain time period it will decayed to 5 grams now from this point the further decaying process will depend upon these 5 grams present currently
examples of natural processes showing exponential growth or decay are<span>·<span> </span></span>Population growth<span>·<span> </span></span>Bacterial growth rate<span>·<span> </span></span>Viruses growth rate<span>·<span> </span></span>Radioactive decay<span>·<span> </span></span><span>Temperature decrease</span>
Answer:
The correct matches are:
- all: omni-
- first: prim-
- eat: -vor
- few: oligo-
- under: sub-
- below: sub-
- from: de-
- out of: de-
- remove: de-
- water: hydro-
- flesh: carn-
- animal: zoo-/zoa-
- killer: -cide
- self: auto-
- between: inter-
- other: hetero-
- food/nourishment: troph
- heat: calor-
- beyond: ultra-
- within: intra-
- light: photo-
- alongside: para-
Explanation:
Since scientific terms are harder to understand, some common prefixes (word added to beginning of another) , suffixes (word added at the end) and root words can be used to correctly guess the meaning of a biological term. Most of the terms have been derived from ancient Greek and Roman words.
- The prefix omni- means all. E.g, an omnivore is a type of animal that eats both plants and animals.
- Prim- is a prefix that means first or foremost. In some cases, it also means basic or fundamental. E.g the primal instincts of any animal are its basic and innate characteristics.
- Vor is a suffix that mean eat or devour. E.g, carnivore is an animal that eats meat.
- Oligo is a prefix that means few or little. E.g, oligosaccharide is a carbohydrate containing few sugar molecules.
- The prefix sub- means both under and below. E.g, subcutaneous means under the layer of the skin.
- The prefix sub- means both under and below. E.g, subcutaneous means under the layer of the skin.
- The prefix de- means remove, away from or down. E.g to degrade means to break down or break away.
- The prefix de- means remove, away from or down. E.g to degrade means to break down or break away.
- The prefix de- means remove, away from or down. E.g to degrade means to break down or break away.
- The prefix hydro means water. E.g, hydroelectric power is energy derived from water.
- Carn is a prefix that means flesh or meat. E.g, a carnivore is an animal that eats meat.
- The prefix zoo or zoa defines an animal or of animal origin. E.g, zoology i.e. the study of animals.
- The suffix, -cide means to kill or destroy. E.g, fungicide is a chemical that kills fungi.
- Auto is a prefix that means self. E.g, autophagy is the pahgocytosis or engulfing of the body cells by other cells of the body.
- Inter is a prefix that means between. E.g, intercellular means between the cells.
- The prefix heter or hetero means different or other. E.g, heterogeneous is a type of mixture that contains different types of elements.
- Troph is a suffix that means feed or nutrition or nourishment. E.g, autotroph is an organism that produces its food by itself.
- Calor means heat. E.g, calorimeter is an instrument that measures heat or change in heat.
- Ultra is a prefix that mean beyond. E.g, ultrasonics are sound waves that are beyond the audible hearing range.
- Intra is a prefix that means within. E.g, intracellular means within or in the cell.
- Photo is a prefix that means light. E.g, photosynthesis is a process that plants use to make food by capturing light.
- Para is a prefix that means beside, near, equal or alongside. E.g parathyroid is a gland near the thyroid gland.
1.atom 2.energy level 3.atomic number 4.compound 5.shell 6.electrons 7.molecule 8.atomic mass 9.neutrons 10.diatonic 11.proton
There are 4 main reasons, which we discuss in detail below:
Reduced tolerance for light
Greater sunlight sensitivity between attacks
Longer duration of sun exposure
Exposure to specific wavelengths emitted by sun
People prone to light-induced migraine episodes generally have a lower threshold for light. In fact, the light of an overcast and cloudy day can be enough to cause pain! Thus, even normal levels of light exposure—much less bright days—can lead to headaches and other migraine symptoms.
The tolerance for light can also be lower between attacks making people more sensitive even when they are not in pain. This means a person may not immediately have a headache while outside, but it may be building. And if you just came out of an attack, you may find that your symptoms linger as a result of sun exposure.
If you don’t have an immediate headache or migraine from the sun, experts have further suggested that the cumulative effect of sunlight exposure over time can be just as damaging. Ultimately, the longer you stay outside, the more likely you may develop a headache.
Lastly, the sun emits a spectrum of light wavelengths, one of the strongest of these being high energy visible light or what most people label blue light. In fact, blue light is everywhere—fluorescents, device screens, and other artificial sources as well. And blue light has been repeatedly identified as the most painful color of light for people with migraine. thus the combined effect of sun brightness and these painful wavelengths can be a dynamic duo of unpleasantness.
