You can infer that it is corrosive which means it can wear away.
If a substance reacts with a metal to produce hydrogen gas, you may infer that the substance is corrosive.
because it has an anti-acid in it
it is corrosive.
It is an acid.
it is a substance
Acids.
Cyanogen chloride differs from hydrogen cyanide in chemical structure and formula. Hydrogen cyanide is HCN, composed of the elements hydrogen, carbon, and nitrogen. Cyanogen chloride is ClCN, composed of the elements chlorine, carbon, and nitrogen. From the formulas and structures it is possible to infer that cyanogen chloride is denser as a gas, and less likely to produce cyanide ions (CN-) than hydrogen cyanide.
It has low to no reactivity because if it was reactive, then it would bond (react) with another element.
You can infer what happened in the chemical reaction that the equation represents.
you can infer that evaporation has occurred
None
The substance is a chemical element.
We infer that the density of the block is less than that of water
because the density is lower than water.
because the density is lower than water.
You can infer very little about the density of the substance. Ships made of steel, with a density much greater than that of water, can float.
Cyanogen chloride differs from hydrogen cyanide in chemical structure and formula. Hydrogen cyanide is HCN, composed of the elements hydrogen, carbon, and nitrogen. Cyanogen chloride is ClCN, composed of the elements chlorine, carbon, and nitrogen. From the formulas and structures it is possible to infer that cyanogen chloride is denser as a gas, and less likely to produce cyanide ions (CN-) than hydrogen cyanide.
That the mass of a helium nucleus is larger than the mass of the hydrogen nucleus. Also, since the star uses this process to produce energy, that the helium atom has less energy than the original hydrogen atoms - and therefore also less mass.
That the mass of a helium nucleus is larger than the mass of the hydrogen nucleus. Also, since the star uses this process to produce energy, that the helium atom has less energy than the original hydrogen atoms - and therefore also less mass.
That the mass of a helium nucleus is larger than the mass of the hydrogen nucleus. Also, since the star uses this process to produce energy, that the helium atom has less energy than the original hydrogen atoms - and therefore also less mass.
not
Both the elements exist in gaseous states at room temperatures.
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