Discussion
1. What were your predictions of the reactions based on your calculations? Did the experimental results confirm or refute them?
2. Does the absolute value of ∆G indicate anything about the reaction rate?
3. Explain another way you could calculate a value for ∆G for each reaction. Be sure to indicate either which measurements you would have to make or, which numerical values you would need.
4. What does it mean if ∆G=0? Give an example.
5. One of the reactions should have been nonspontaneous. Explain what would happen if the reaction were written in the reverse direction.
6. How could a reaction that is non-spontaneous be changed so that it would become spontaneous in the direction written?
Last Completed Projects
| topic title | academic level | Writer | delivered |
|---|
jQuery(document).ready(function($) { var currentPage = 1; // Initialize current page
function reloadLatestPosts() { // Perform AJAX request $.ajax({ url: lpr_ajax.ajax_url, type: 'post', data: { action: 'lpr_get_latest_posts', paged: currentPage // Send current page number to server }, success: function(response) { // Clear existing content of the container $('#lpr-posts-container').empty();
// Append new posts and fade in $('#lpr-posts-container').append(response).hide().fadeIn('slow');
// Increment current page for next pagination currentPage++; }, error: function(xhr, status, error) { console.error('AJAX request error:', error); } }); }
// Initially load latest posts reloadLatestPosts();
// Example of subsequent reloads setInterval(function() { reloadLatestPosts(); }, 7000); // Reload every 7 seconds });

