Whenever gold is in the solid state, it has definite shape and
volume. But there's nothing especially "natural" about that state.
When a piece of gold gets warmer than 1948°F, it turns to liquid,
gets runny, makes puddles, and takes the shape of whatever you
pour it into, just like water.
AND ... if that puddle of gold gets warmer than 5378°F, it
evaporates, becomes gold vapor ... a gas ... and no longer has
definite shape OR volume.
Gold happens to be solid at temperatures that are comfortable
for US. But there's a whole world of things that we never see,
going on at temperatures higher and lower than we can tolerate.
It is not possible to explain the interaction of the rod and pieces of paper as a gravitational interaction.
<h3>What is Gravitational interaction?</h3>
This is defined as the interaction between a particle or body resulting from their mass. This type of interaction is usually weak and occurs in all distances possible.
It is not gravitational interaction, because the rod attracts paper only against the gravitational force of the earth and there is no attraction between both bodies under a different condition.
This is therefore the reason why it is not possible to explain the interaction of the rod and pieces of paper as a gravitational interaction.
Read more about Gravitational interaction here brainly.com/question/25624188
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Answer:
She was obese and had a diet high in salt intake.
Explanation:
higher blood pressure is condition known as hypertension which is the main cause of many heart problems which can be life threatening. In obese people. high level of fats inside the blood vessels which can cause blockage inside and can lead to heart problems.
high concentration of salts intake also disturbs the salts concentration in the blood vessels. The disturbance in salt concentration is the function of the kidney to remove it. the increase concentration also cause increase in blood pressure which leads to hypertension.
The correct answer is B. The safety only prevents you from pulling the trigger, but does not stop the pin from striking the primer. For example, if you drop the firearm, the pin may hit the primer and fire the firearm. It is always responsible to keep the firearm pointed in a safe direction so that if this happens, no consequences come out of it.