Regarding the area labeled D, which best describes the characteristics of the ocean current in this location?A.
cold, high salinity, and less dense waters

B.
warm, low salinity, and less dense waters

C.
warm, high salinity, and dense waters

D.
cold, low salinity, and dense waters

Answer:

The middle, or the transitional metals

Explanation:

When naming elements, we use roman numerals to indicate what their charge is. The charge of an element is affected by their number of valence electrons (outermost electrons).

Transitional metals are generally multivalent, meaning that element has more than one possible number of valence electrons. This makes them have more than one possible charge. Roman numerals indicate which charge of that element is used/discussed.

Answer:

1419.21 mL

Explanation:

From the question;

• Mass of olive oil = 1.3 kg

We are required to determine the volume of the oil in mL

• We need to know the density of Olive oil;
• Density of olive oil is 0.916 kg/liter

• But; Density = Mass÷volume
• Rearranging the formula;

Volume = Mass ÷ Density

              = 1.3 kg ÷ 0.916 kg/L

              = 1.41921 L

BuT, 1 l = 1000 mL

Therefore;

Volume = 1.41921 L × 1000 mL/L

             = 1419.21 mL

Hence, the volume of olive oil is 1419.21 L

Final answer:

To find the volume of the oil, we can use the formula density = mass/volume. The density of olive oil is approximately 0.92 g/mL. Converting the mass of the oil from kilograms to grams, we find that the volume of the oil is approximately 1413.04 mL.

Explanation:

To find the volume of the oil, we need to convert the mass of the oil to volume using its density. The density of olive oil is approximately 0.92 g/mL. First, we need to convert the mass of the oil to grams:

1.3 kg * 1000 g/kg = 1300 g

Next, we can use the formula density = mass/volume to find the volume:

0.92 g/mL = 1300 g/volume

Solving for volume gives us:

volume = 1300 g / 0.92 g/mL = 1413.04 mL

Therefore, the volume of the oil is approximately 1413.04 mL.

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Answer:

Explanation:

Van der Waals forces are weak attractions that hold electrically neutral molecules together. At some point these molecules have an induced dipole, that is, the molecule acquires a partially positive and a partially negative charge momentarily, causing them to attract each other. They are Van de Waals forces: Dipolo - Dipolo forces, London forces, Ion forces - Dipolo

• Dipole-dipole forces: they are attractive forces between polar molecules (polar molecules occur when two atoms have different electronegativity, then the one with the greatest electronegativity will attract electrons towards each other, giving rise to two opposite charges on the bond. That is, this generates that in a polar molecule there is separation between positive and negative charges)

• London Dispersion Forces: occurs between non-polar molecules (union between atoms of the same element or between atoms with very little electronegativity difference) due to the movement of electrons. At some point there are more electrons to one side, which, being close to another atom or molecule, the electrons of the second are repelled, originating two instantaneous dipoles, which give rise to a force of attraction.
• Ion-dipole forces: they are attractive forces between an ion (an atom that has lost or gained an electron, then it has a charge) and a polar molecule.

They are weak, short-range electrostatic attractive forces between uncharged molecules, arising from the interaction of permanent or transient electric dipole moments.

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