- How many molecules of water are there in 18 ml of water?
- How many moles of water are there in 18 gg of water?
- How many atoms are there in 18 ml of water?
- In which case is number of molecules of water maximum 18 ml of water?
- How many molecules of water are in 180g of water?
- How many molecules are in 180g of H2O?
- What is the mass of 18 ml of water?
- How many electrons are there in 18 ml of water?
- Is the number of molecules of water maximum?
- Which has maximum number of water molecules?
- How many moles of water are present in 180g of water?
- How many atoms and molecules are present in 180g water?
- Which of the following correctly represents 18 gram of water?
- Which represents 180g of water?
- How many electrons are in 18 grams of water?
- Which case is the number of molecules of water maximum 18 ml of water point 18 grams of water?
- What is the number of molecules of water?
- How many moles are there in 180g of water?
- Which one will have maximum number of molecules 18 molecules?
- Which of the following has maximum number of atoms 18 gram of H2O?
- How many electrons are there in 18 grams of water?
- How do you find the number of electrons in water?
- How many molecules will be there in 180 g of water?
- How many molecules are contained in 180g of water?
- How many molecules are there in one drop of water if 1 ml of water contains 20 drops?
- Which one of the following represents 180g of water?

∴ 4.84 × molecules is present in 18 ml of water.

18 g H2O = 1.0 mol H2O.

The chemical formula of water is H2O, in water two mole of hydrogen is present and one mole of oxygen is present. So, in a single molecule of water, two mole of hydrogen are present. 18 g of water will contain ⇒1×12.046×1023=12.046×1023 atoms of hydrogen.

(D). 18 ml of water. Hence, from all the values, we can see that the number of molecules of water is maximum $6.022 \times {10^{23}}$ in 18ml of water. So, the correct answer is “Option D”.

The molecular weight of water is 18 g/mole. So, if you have 180 g: (180 g)/(18g/mol) = 10 mol.

X =180/18 =10 moles.

18 ml is equal to 18 grams of water since the density of water is 1 gram per ml. The molecular mass of H2O is 18 gram per mole.

The total numbe of electrons present in 18mL of water is 6.023×1024.

Hence, 18 mol water has the maximum number of molecules.

18 molesTherefore, 18 moles of water has the maximum number of molecules.

10 moleMoles of water =18018=10 mole.

6.02 × 10^23 × 10 = 6.02 × 10^24 molecules.

Students can check other points also, as (i)1 mole of water = molar mass of water = 18 g of water. 2 mole of water = 18x2 = 36g (iii) 6,022 x1023 molecules of water =18g water.

=6.022 x 10²⁴ molecules of water. ∴180g of water contains 6.022 x 10²⁴ molecules of water.

The total numbe of electrons present in 18mL of water is 6.023×1024.

(D). 18 ml of water. Hence, from all the values, we can see that the number of molecules of water is maximum $6.022 \times {10^{23}}$ in 18ml of water. So, the correct answer is “Option D”.

There are therefore 6.02 × 10 23 water molecules in a mole of water molecules. There also would be 6.02 × 10 23 bananas in a mole of bananas, if such a huge number of bananas ever existed.

Heya! => 10 moles.

waterThe answer is (A) 18 moles of water. Therefore, 18 moles of water has the maximum number of molecules.

Hence, 18 g of CH4 has maximum numbers of atoms.

The number of water molecules in 18 grams mass of water or in 1 mole of water will be the Avogadro's number i.e. \[6.023 \times {10^{23}}\] . Now, let us count the number of electrons in one molecule of water such that two hydrogen atoms will contribute 2 electrons and one oxygen atom will contribute 8 electrons.

Then we can calculate the number of electrons in one molecule of water, by counting the individual electrons of the hydrogen and oxygen atoms. Multiplying the number of moles with the avogadro number and the number of electrons in a single molecule will give us our answer.

Explanation: The molecular weight of water is 18 (2+16). This means that in 18g of water is one mole. So, in 10 moles, there is 60.23×1023 molecules or 6.023×1024 molecules of water.

The molecular weight of water is 18 g/mole. So, if you have 180 g: (180 g)/(18g/mol) = 10 mol.

=1.673×1021 molecules.

=6.022 x 10²⁴ molecules of water. ∴180g of water contains 6.022 x 10²⁴ molecules of water.

Is Tris really dead in insurgent?

Does Tris die in Allegiant movie?

Will trickle charging hurt a battery?

Can TreeSet contain duplicates?

Does Spiced chai have caffeine?

Titania Falls is the 40th episode of the Fairy Tail anime. Natsu's fight against Jellal continues, and after eating Etherion, he emerges victorious. But, the joy ends soon when Erza sacrifices herself to the Tower of Heaven in order to save her friends.

Artificial Eye: While enslaved as a child to build the Tower of Heaven, Erza lost her right eye during a punishment for an escape attempt. After she joined Fairy Tail, Makarov took her to see Porlyusica, who created an artificial eye for her.