Answer:
The correct answer is : due to the hydrogen ions reacts and release high amount of energy with the strong acid.
Explanation:
Diluted acids are more corrosive then undiluted due to the presence of more H+ ions than the undiluted acids. The More the H+ ions are added the more corrosive the acid is.
When water is mixed with strong acid the hydrogen ions reacts with acid ions and a exothermic reaction takes place that release high amount of energy which boils violently, to avoid any accident it is advised to lab workers to wipe if any splash self before washing.
Thus, the correct answer is : due to the hydrogen ions reacts and release high amount of energy with the strong acid.
That means <span>the fluid portion of the cytoplasm exclusive of organelles and membranes.</span>
I believe this difference in concentration of dissolved Particles from one location to another is called a concentration gradient.
Answer:
Explanation:
Below I have listed more than five, choose the ones that you think are better for your assignment!
Here they are:
- Wash hands and surfaces
- Clean refrigerators at least once a week
- Separate foods when shopping
- Separate foods when serving
- Rinse produce
- Making sure nothing else goes in the food such as hair, other ingredients, bugs, etc
Hope this helps!
Three factors that determine the reactivity of elements are the
valence electrons are the electrons in the outermost electron shell of an atom.
The number of electrons in an atom's outermost valence shell governs its
bonding behaviour. That is why in periodic table the elements were put together
according to their numbers of valence electrons.
METALS
The most reactive kind of metallic element is a metal from
Group 1 sodium or potassium.
An atom in Group 1 has only one valence electron.
NON-METALS
A nonmetal tends to attract another valence electrons to
attain a full valence shell.
