সম্পূর্ণ স্থিতিস্থাপক চাহিদা কাকে বলে?​

The corrected sentence would be like ''A disease is in its own right''.

• In order for a phrase to be grammatically correct, the subject and verb must both be singular or plural. To put it another way, the verb and the subject must both be in the present tense. If the subject is plural, the verb must be plural as well (and vice versa).

• A sentence's parallel structure relates to how closely the structures of multiple sentence fragments coincide. When a sentence contains numerous phrases or descriptions, the structure and terminology of each phrase or description should be consistent.

• The parallel structure is beneficial since it allows the reader to follow the writer's thought process more easily. Consider the following examples.

Explanation:

A disease on its own right error_ correction

Answer:

Step-by-step explanation:

For the first segmentation of this equation "n/2 if n is even." This always leads to 1. There is a fairly simple cause for this. Every even number is necessarily a composite number, with its smallest multiple being 2. For this reason, indefinite division of any even number will always produce 2. Any division of a 2 will absolutely bring 1. For the second segmentation of this equation "f(n) = 3n+1 if n is odd." The distance of an even number from that of an odd number remains constant. This is due to an even number being in all positions that are a composite of 2. I.e. 2nd, 4th, 6th, 8th, 10th, etc. For a value to be odd it must be in a position that is NOT a composite of 2. I.e. 1st, 3rd, 5th, 7th, etc. What this does is puts an unchanging distance of 1 between all odd and all even values. Any odd number multiplied by 3 (of ITS value) will be a composite of that value before multiplication and therefore odd. E.g. 3 multiplied by 3, is 9. And 9 is a composite of 3. But! With the addition of 1 to that odd number, 9 + 1. (as mentioned above) will transfer it to an even position, 10th. Thus initiating the first segmentation of this text and achieving 1. This is general proof of the Collatz Conjecture.

Answer:

220

12! ÷ 3! x ( 12-3)! =220

Given:

Number of fruits = 12

kinds of fruits = 3

3 fruits are to be picked

To Find:

Find the number of ways can the fruits be picked that all the fruits be of different kind.

Solution:

As the number of fruits and the kinds of fruits are same , this means that every fruit is of different kind.

We have to select 3 different fruits from 12 different fruits.

when we select 3 different fruits from these 12 different fruits, they would be automatically be different because all are of different kind.

So we have to only select means we have to apply the combination rule.

Acc to combination rule , for selecting r articles from n articles , there [tex]nCr[/tex]

ways, therefore for selecting 3 articles from 12 articles, there would be [tex].^{12}C3[/tex] ways

= 12!/(9!x3!)

= (12x11x10)/(3x2x1)

=220

Hence the total number of ways for selecting the 3 fruits from 12 fruits would be 220.

Answer:

Calculate the molecular mass of Mg(HCO3)2

(Given atomic masses : Mg=24,H=1,C=12,O=16

Answer:

Molar mass Mg3N2 = 3 × 24 + 2 × 14 = 100 gm/mole.

Step-by-step explanation: