<span>If it loses that 1 electron (0 electrons, 1 proton, 1 neutron) it become an ion that is positively charge because it has more protons than electrons. [Ignore the neutrons] </span>
<span>If it gains an electron (2 electrons, 1 proton, 1 neutron) it becomes an ion that is negatively charge because it has more electrons than protons </span>
<span>A molecule - when 2 or more "different" elements combine or when 2 or more of the "same" elements combine </span>
<span>1 proton 1 electron <----- that is considered to be neutral </span>
<span>3 protons, 3 electrons <----- neutral </span>
<span>5 protons 5 electrons <----- neutral </span>
<span>6 protons, 5 electrons <-- positive ion [more protons than electrons] </span>
<span>5 protons, 8 electrons <--- negative ion [more electrons than protons] </span>
Answer:
Peptidic bond (proteins), glycosidic bond (carbohydrates) and lipid bond (lipids)
Explanation:
1. Peptidic bond: this type of bond is exclusive for the aminoacids. These monomers create bonds between the carboxylic acid of first and the amino grupo of second (like a acid-base reaction). We have notice, some aminoacids monomers have groups acid or amino into the primary ramification, it groups cannot react to form peptidic bons.
2. Glycosidic bond: principally, this bond is form between the carbon alpha of one monomer (monosaccharide) and one hidroxyle group (-OH) of other monomer. The number of the cabron that has the -OH grupo will bring the name to the bond, for example, "glucose 1-4 fructose". Also, we have a direction of the bond before the firs number, alpha or beta, it depends on the geometry of the monomer.
3. Lipidic bond: usually, it bond type is a coballent and create an anphipathic zone, this is why some lipis are not soluble in water
Gravity is inversely proportional to distance
if distance increases gravity decrease and if distance decrease gravity increases
We see that the compounds have the same atoms in their formula. However, they are not the same, because we cannot move the one on top of the other so that all atoms are the same. Specifically, the CH in the first case are not adjacent, while in the second case they are. They are constitutional isomers because they use the same chemical atoms in the same proportions, but their arrangement is different (they are not the reflection of each other too). There are examples of isomers in nature that have completely different properties. The correct answer is the 3rd choice.
the heart of the crocodile is made of four chambers
Explanation:
The heart of a crocodile is different from other reptiles in that it has four chambers just like birds and mammals
