Which postmortem parameter reaches a maximum at 12 hours and is gone within 36 to 48 hours?1.Rigor Mortis
2.Cloudiness of the eyes
3. Livor mortis
4. Algor mortis

Answers

Answer 1
Answer:

Answer : Option 1) Rigor mortis.

Explanation : The parameter of rigor mortis reaches a maximum at 12 hours and is found to be gone within 36 to 48 hours.

Rigor mortis where rigor means stiffness and mortis means of death or in simple words it is postmortem rigidity, the third stage of death, is one of the major recognizable signs of death, which is mainly caused by chemical changes in the muscles post mortem, and it causes the limbs of the corpse to stiffen.

In humans, rigor mortis can occur as soon as 4 hours post mortem.

Answer 2
Answer: Rigor mortis reaches a maximum at 11 and is gone within 36 to 48 hours :)

Related Questions

While trees are not the largest level in the pyramid of numbers, they are still the base for both the pyramids of biomass and pyramids of energy.true or false
which of the following products of the dark reactions is critical for progression to cellular respiration
Because the United States imports about 4 billion barrels of crude every year, at best, the Arctic National Wildlife Refuge could provide us with nearly one hundred years worth of oil. True False
Fill in the blanks of the following sentences. A chromosome contains one long __________ molecule. Each gene in this molecule gives the instructions for making a __________________. Both chromosomes in a pair of ______________________ chromosomes have the same ___________, but the two chromosomes may have different _________________. Chromosomes that are not homologous have different ______________ which give the instructions for making different kinds of proteins.
How do adrenaline help in dealing with emergency situations

What percent of cow carcasses are sent off to become pet food and other such things?

Answers

Answer: 50 percent

Explanation:

Which parts of the earthworm serve as its brain

Answers

the part of the worm that serves as its brain is the cerebral ganglion 

Which statement about stomata is true?A.)The number of stomata is greater on the upper surface of the leaf.

B.)The number of stomata is greater on the lower surface of the leaf.

C.)The number of stomata is equal on both surfaces of the leaf.

Answers

The answer is B. The number of stomata is more on the lower surface of the leaf. The primary function of the stomata is to regulate moisture loss from the plant. The upper surface of the leaf is more exposed to the air and sunshine thus water is more susceptible to evaporation. However, the stomata is abundant on the lower surface, the location of it helps the plants to conserve more water 

Lactic acid fermentation side effects can be felt in sore or tired muscles this process occurs anaerobically which means ?

Answers

If the question is just asking the definition of anaerobic then the answer would be that it doesn’t require oxygen.

jim loves the outdoors. he is interested in different types of plants and flowers and also likes digging for fossils and old artifacts. jim is most likely strong in which type of intelligence?

Answers

Intelligence in general definition, is defined as the orientation of the individual's capacity to solve problems, make decisive decisions, respond to situations and how the individual perceives and faces the situation. Moreover, this becomes a subjective ideology when authors are quoted. 

Jim can exhibit the fluid intelligence which is defined as the situation-related type of intelligence. 

Give a short overview of the scientific achievments of Halley

Answers

Halley — the traditional pronunciation of the name usually rhymes with valley — was born Nov. 8, 1656, in Haggerston, Shoreditch, London, England. His father was a prosperous soapmaker and property owner. Halley was tutored privately at home before entering St. Paul's School, where he excelled in mathematics and astronomy.

Halley entered Queen's College, Oxford, in 1673, when he was 17 years old. He brought with him a fine collection of astronomical instruments purchased by his father. While still an undergrad, he became a protégée of John Flamsteed, the Astronomer Royal. Halley made important observations at Oxford, including an occultation of Mars by the moon, and published papers on the solar system and on suns