<span>1.
London forces. 4. dipole - dipole. Due to a small hydrogen atom and a
much large fluorine atom, with a large , positive nuclus and large,
negative, p orbitals . This makes it very polar.</span>
Answer:
-173.15°C
Explanation:
Given data:
Temperature changes = 100 K
Temperature changes in degree Celsius = ?
Solution:
Kelvin and degree Celsius both are units of temperature.
In order to convert the degree Celsius to kelvin following equation is used.
Temperature in degree Celsius +273.15
For example;
100°C to kelvin = 100+273.15 = 373.15 K
To convert the kelvin into degree Celsius:
100K - 272.15 = -173.15°C
Answer:
25°C
Explanation:
To convert from Kelvin to Celcius we can use this equation:
Temperature in Kelvin - 273 = Temperature in Celcius
298K - 273 = 25°C
Because oxygen is more electronegative<span> than hydrogen. The oxygen atom in h2o pulls electrons towards itself, resulting in a partial negative charge on the oxygen atom and partial positive charges on the hydrogen atoms. oppositely charfed ends of</span>water molecules<span> are attracted to each other, forming a hydrogen bond</span>
Answer: They cannot be broken down any further
