Answer:
Daffodils are the most carefree of all spring flowers. ... Daffodil flowers come in many different shapes, sizes, and color combinations. The American Daffodil Society classifies daffodils by their flower shape, and there are officially 13 different classifications.
Explanation:
the small one: they grow from fall-planted bulbs and bloom in spring. The size of a dwarf daffodil depends on the variety, but generally, they grow 4 to 6 inches (10 to 15 cm.)
and i can't find the medium size, sorry
hope it helps
Answer:
ΔG° = 2708.4J/mol , ΔS° = 269.2 J/K*mol, ΔH° = 82.93 kJ/mol
Explanation:
The relationship between all three parameters mentioned is given as;
ΔG° (change in free energy) =ΔH (change in enthalpy) −TΔS (temperature * change in entropy)
ΔH° = 82.93 kJ/mol = 82.93 * 1000 = 82930J/mol
ΔS° = 269.2 J/K*mol
T = 25 + 273 = 298K (Converting to Standard unit of Kelvin)
ΔG° = ΔH° - TΔS°
ΔG° = 82930 - 298 * 269.2
ΔG° = 82930J/mol - 80221.6J/mol
ΔG° = 2708.4 J/mol
Omg what grade are you in lol
Answer:
Cs+ and Cl− in CsCl is an example of electrostatic forces that hold together.
Explanation:
The interaction that occurs between atoms that have an electric charge is called electromagnetic force. When the charges are at rest, the interaction between them is called electrostatic force. This force depends on the distance "r" between the atoms.
Depending on the sign of the charges that interact, electrostatic force can be attractive or repulsive. The electrostatic interaction between charges of the same sign is repulsive (two negative charges or two positive charges), while the interaction between charges of the opposite sign (a negative charge and a positive charge) is attractive. In the case of neutral charges against negative or positive charges, no force is generated.
<u><em>Cs+ and Cl− in CsCl is an example of electrostatic forces that hold together. </em></u>In this example you have a positively charged atom (Cs₊) and a negatively charged atom (Cl₋). As they are opposite charges they will attract.
