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2 years ago

How are both curiosity and skepticism useful in science?

Biology

2 answers:

Yuri [45]2 years ago

8 0

Answer:

Explanation:

Curiosity is the stem from which experiments are born. Curiosity can lead to new innovations. Skepticism can help verify the accuracy of different innovations (i.e. medicine, technology, etc.)

Musya8 [376]2 years ago

6 0

Curiosity is the stem from which experiments are born. Curiosity can lead to new innovations. Skepticism can help verify the accuracy of different innovations (i.e. medicine, technology, etc.)

Further Explanation

Skepticism

An individual who addresses the legitimacy or validness of something indicating to be real. an individual who keeps up a questioning frame of mind, as toward qualities, plans, explanations, or the character of others. an individual who questions the reality of religion, particularly Christianity, or of significant components of it.

Curiosity

Curiosity is the urge you feel to find out about something. Curiosity is the condition of being interested: curious, pondering, prepared to jab around and make sense of something. The word used to signify "incredibly, cautious," and just in the last couple of hundred years transformed into a word communicating the longing to know more.

Difference b/w curiosity and skepticism

They have various thought processes. skepticism originates from a tendency to question. It requests certain evidence. It presumes to double-deal.

Curiosity simply needs to know. It is impartial. It has no doubts. It is persuaded by the longing to aggregate information. It doesn't request certain confirmation, just likely actualities.

Answer details

Subject: Biology

Level: Middle School

Keywords

Skepticism
Curiosity
Difference b/w curiosity and skepticism

Learn more to evaluate

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2 years ago

The majority of non-mammalian or non-avian animals are ectotherms and rely on the environment as their heat source. Which of the

andreyandreev [35.5K]

Answer:

The correct answer is - Western fence lizard , Xenopus (African clawed frog) , Fruit Fly , Turtle , and Sea urchin.

Explanation:

An ectotherm is an organism that also known as the cold-blooded animal. Such animals experience body temperature regulation based on the external atmosphere or condition like sunlight and other condition.

This group includes a different group of animals such as reptiles, amphibians, fishes, and invertebrates. From the given options the cold-blooded animals or ectotherm are known are - Western fence lizard , Xenopus (African clawed frog) , Fruit Fly , Turtle , and Sea urchin as their internal physiological conditions does not play a major role in regulation of body temperature and external conditions play a major role.

Thus, the correct answer is - Western fence lizard , Xenopus (African clawed frog) , Fruit Fly , Turtle , and Sea urchin.

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2 years ago

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Explanation:

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2 years ago

If the frequency of the recessive allele for a gene is 0.3, calculate the expected frequency of heterozygotes in the next genera

Kisachek [45]

Q = recessive allele frequency = 0.3, and thus in H-W equilibrium there are ONLY two alleles, q (recessive) and
p (dominant). Therefore all of the p and q present for this gene in a population must account for 100% of this gene's alleles. And 100% = 1.00.
So p, the dominant allele frequency, must be equal to 1 - q --> p = 1 - q
p = 1 - 0.3 = 0.7.
Since heterozygotes are a combination of the p and q, we must again look at the frequencies of each genotype: p + q = 1, then (p+q)^2 = 1^2
So multiplying out (p+q)(p+q) = 1, we get: p^2+2pq+q^2 = 1 (all genotypes), where p^2 = frequency of homozygous dominant individuals, 2pq = frequency of heterozygous individuals, and q^2 = frequency of homozygous recessive individuals.
Therefore if the population is in H-W equilibrium, then the expected frequency of heterozygous individuals = 2pq = 2(0.7)(0.3)
2pq = 2(0.21) = 0.42, or 42% of the population.
Hope that helps you to understand how to solve population genetics problems!

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2 years ago