What will be the atomicity of:

a) the molecule which is consumed during respiration and released during photosynthesis.

b) the red coloured element which is found on the tips of match sticks.

c) the pale blue gas which forms a layer that absorbs the sun's UV radiation.

2, 3, 4 respectively

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4, 2, 2 respectively

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2, 4, 3 respectively

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2, 4, 2 respectively

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Solution

The correct option is C
2, 4, 3 respectively

The elements are oxygen, red phosphorus and ozone; their atomicity is 2, 4, and 3 respectively.

The oxygen molecule has 2 atoms each. The ozone molecule has 3 oxygen atoms combined together in a molecule. And red phosphorus used in matchsticks has 4 phosphorus atoms combined together in a chain-like molecule.

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Similar questions

What will be the atomicity of:

a) The molecule which we consume during respiration and during photosynthesis it is released.

b) The red coloured element which we use in match boxes.

c) The pale blue gas which forms a layer that absorbs sun's UV radiation.

What will be the atomicity of:

a) The molecule which we consume during respiration and released during photosynthesis.

b) The red coloured element which we use in matchboxes.

c) The pale blue gas which forms a layer that absorbs sun's UV radiation.

What will be the atomicity of:

a) The gas that was taken inside the body during respiration and is released during photosynthesis.

b) The red colored element which we use in matchsticks.

c) The pale blue gas which forms a layer that absorbs the sun's UV radiation.

What will be the atomicity of the molecule which is consumed during respiration and released during photosynthesis?

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