PLEASE I NEED HELP If water doesn’t contain ions because electrons are shared, are water molecules as attracted to each other as NaCl formula units?
If water molecules aren’t as attracted to each other as NaCl units, does that make it easier or harder to separate molecules?
How does this difference at the microscopic scale (due to bonding) help us explain why NaCl is a solid at room temperature, but H2O is a liquid?

Write an argument (a well thought out CER) for you initial post explaining how bonding affects the physical properties of salt and water. You may use the questions above to help get you started and layout ideas for your argument.

What does earth’s rotation on its axis cause? the tides night and day passing of years phases of the moon

7. using your knowledge of colligative properties explain whether sodium chloride or calcium chloride would be a more effective substance to melt the ice on a slick sidewalk. use 3 – 4 sentences in your explanation. 8. when a 2.5 mol of sugar (c12h22o11) are added to a certain amount of water the boiling point is raised by 1 celsius degree. if 2.5 mol of aluminum nitrate is added to the same amount of water, by how much will the boiling point be changed? show all calculations leading to your answer or use 3 – 4 sentences to explain your answer. 9. if 5.40 kcal of heat is added to 1.00 kg of water at 100⁰c, how much steam at 100⁰c is produced? show all calculations leading to an answer. 10. the freezing of water at 0⁰c can be represented as follows: h2o (l) ↔ h2o(s) the density of liquid water is 1.00 g/cm3. the density of ice is 0.92 g/cm3. in 3 – 4 sentences explain why applying pressure causes ice to melt.

The yearly amounts of carbon emissions from cars in belgium are normally distributed with a mean of 13.9 gigagrams per year and a standard deviation of 5.8 gigagrams per year. find the probability that the amount of carbon emissions from cars in belgium for a randomly selected year are between 11.5 gigagrams and 14.0 gigagrams per year. a. 0.340 b. 0.660 c. 0.167 d. 0.397