BIOLOGY HIGH SCHOOL

Suppose that the farmer is growing rice crop. If he bought 5 kg seeds at Rs. 100 per kilogram, then how much net money will he get after selling 1000 kg of rice grains in the market at Rs.40 per kilogram?

Answers

Answer 1

Answer:

The net money the farmer will get

= Rs. 39,500

Explanation:

The farmer bought 5 kg seeds of rice at Rs. 100 per kg.

Cost price = 5 × 100 = Rs. 500

And he plants them and harvests 1000 kg of rice grains for sale, which he sells for Rs. 40 per kg

Selling price = 1000 × 40 = Rs. 40,000

The farmer's net profit

= (Selling Price) - (Cost Price) = 40,000 - 500 = Rs. 39,500

Hope this Helps!!!

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Why is blood type AB+ considered the universal receiver?

Answers

because the can receive blood from any person with blood type of O,A.B and AB.

Why are Dichotomous keys so hard to do.

Answers

A dichotomous key is a sequence of methods which allows the identification of a living thing. This key will consist of a series of options or choices that lead the user to the right name of a given item. This is so hard to do because it involves the six taxa. You also need to gather all the significant details and characteristics of the specimen. What makes it harder is the fact that living things are always variable so you need not to rely on a single observation.

Final answer:

Dichotomous keys might seem difficult because they require accurate observations and understanding of specific biological vocabulary. However, with practice, usage of dichotomous keys can become easier. It's similar to learning a new language.

Explanation:

Dichotomous keys might seem challenging because they require a high level of attention to detail and understanding of specific biological terminology. However, with practice, they become easier to use. A dichotomous key is a tool used in biology to identify an unknown organism by going through a series of choices that lead the user to the correct name of a given item.

To correctly use a dichotomous key, you must carefully observe the organism in question and make accurate observations. Then, you follow the key, making decisions based on your observations. This often involves detailed, specific biological vocabulary and precise measurements which some students may initially find overwhelming.

However, remember that with practice and usage, becoming proficient with dichotomous keys is completely achievable. It's essentially like learning a new language! Once you get the hang of it, it can be a valuable tool in your biological studies.

Learn more about Dichotomous keys here:

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Meiosis II typically produces cells Each of which is

Answers

I believe the term you are looking for is "haploid," meaning that they have half the number of chromosomes as a regular somatic cell.
Hope that helped you!

Final answer:

Meiosis II produces haploid cells, each of which has half the genetic material compared to the original cell. This process involves the separation of sister chromatids leading to four new haploid gametes. Similar to mitosis, these cells go through stages such as interphase, but they do not duplicate chromosomes like in mitosis.

Explanation:

Meiosis II typically produces cells, each of which is characterized as a haploid gamete. In the process of meiosis II, the sister chromatids within the two daughter cells separate, forming four new haploid gametes.

This process is similar to mitosis; however, each dividing cell has only one set of homologous chromosomes, resulting in each cell having half the number of sister chromatids compared to a diploid cell undergoing mitosis. Essentially, the cells produced in meiosis I go through the events of meiosis II simultaneously, undergoing phases such as interphase or interkinesis before diving into meiosis II, during which chromosomes are not duplicated.

In terms of chromosomal content, cells at the start of meiosis II resemble haploid cells in G₂, preparing to undergo mitosis. Ultimately, this cellular division process produces four distinct haploid cells, each bearing half of the original genetic material from the parental cell.