Your right with chemical energy is stored in a piece of wood before its burned and then that it releases thermal energy whilst its being burned. It will also release sound energy but not nearly as much as thermal energy.
The organism would no longer grow.
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Answer:</h3>
4.73 × 10^4 m
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Explanation:</h3>
From the question;
Frequency of the photon = 634 × 10^12 Hz
We are required to calculate the wavelength of the photon.
We need to know the relationship between wavelength and frequency of a wave.
The relationship between f and λ is given by;
c = fλ
Where c, is the speed of light, 2.998 × 10^8 m/s
Therefore, to get the wavelength we rearrange the formula such that;
λ = c ÷ f
= 2.998 × 10^8 m/s ÷ 634 × 10^12 Hz
= 4.73 × 10^-5 m
But we require wavelength in nm
1 M = 10^9 nm
Therefore;
Wavelength = 4.73 × 10^-5 m × 10^9 nm/m
= 4.73 × 10^4 m
Hence, the photon's wavelength is 4.73 × 10^4 m
Bonding is almost entirely covalentOrganic compoundMost have ionic bondsInorganic compoundMany are gases, liquids, or solids with low melting pointsOrganic compoundMost are solids with high melting pointsInorganic compoundMost are insoluble in waterOrganic compoundMany are soluble in waterInorganic compoundMost are soluuble in organic solventsOrganic compoundAlmost all are insoluble in organic solventsInorganic compoundAqueous solutions do not conduct electricityOrganic compoundAqueous solutions form ions that conduct electricityInorganic compoundAlmost all burn and decomposeOrganic compoundVery few burnInorganic compoundReactions are usually slowOrganic compoundReactionsare often very fast<span>Inorganic compound</span>