The Most Dangerous Game, written by Richard Connell, is a thrilling short story about a hunter named Sanger Rainsford who becomes the prey in a twisted hunting game organized by a wealthy Russian aristocrat named General Zaroff.
The story begins with Rainsford and his friend, Whitney, discussing their differing beliefs about the value of hunting. Rainsford, an experienced hunter, believes that hunting is the ultimate sport because it requires skill and strategy, while Whitney sees it as a barbaric and unnecessary activity.
As the story progresses, Rainsford finds himself stranded on an island after falling overboard from his yacht. He is eventually discovered by General Zaroff, who invites him to stay at his mansion on the island. However, Rainsford soon learns that Zaroff has a twisted hobby: he hunts humans as the ultimate prey.
Zaroff tells Rainsford that he has grown bored of hunting animals and has turned to hunting humans because they provide a more challenging and exciting hunt. He offers Rainsford the chance to join him in the hunt, but Rainsford refuses and becomes the target instead.
The story reaches its climax as Rainsford uses his skills as a hunter to outwit Zaroff and turn the tables on him. In the end, Rainsford emerges as the victor, having proven himself to be the better hunter.
The Most Dangerous Game is a thrilling and suspenseful story that explores the themes of survival, the value of human life, and the dark side of human nature. It highlights the dangerous consequences of allowing one's desires and ego to override moral principles and shows the power of intelligence and resourcefulness in overcoming adversity.
Overall, The Most Dangerous Game is a thought-provoking and entertaining tale that serves as a cautionary warning about the dangers of indulging in dangerous and unethical pursuits.
Factors Affecting Reaction Rates
Position the 24-well plate to ensure that there are 6 wells down vertical axis and 4 wells across horizontal axis 2. The catalyst test was inconclusive. M to dissolve the metal, and this happened because with the higher concentration, you have more collisions, and with more collisions the reaction happens faster. If we add a catalyst to this reaction, we will increase the reaction rate, thus causing the reaction to speed up. Continue to repeat step 14, of increasing the number of drops of Na 2 S 2 O 3 solution by 1 till it takes approximately 18 — 22 seconds for the solution to appear dark blue 16.
5_1 Factors Affecting Reaction Rates Lab Report Dr. Z opportunities.alumdev.columbia.edu
H 2 O 2 solution with MnO 2 Transparent and nothing happened. Therefore, these solutions are a suitable series for an examination of the dependence of the rate of reaction on the concentration of the iodide ion. Similarly, solutions C, D, and E have the same concentration of iodide ion. The data between two trials are similar, which proved that there is a very low possibility of wrong data. For Part 4, we predicted that catalysts will affect the rate of the chemical reaction.
Factors Affecting Reaction Rate Lab Report Assignment free sample
According to the collision theory, the rate of reaction depends on the frequency of effective collisions between particles. The controlled variables are the amount of hydrogen peroxide and the amount of each catalyst. Is it possible to vary the factors because, in terms of concentration, if we left water in a test tube and we add acid to it, the acidity is going to lower, and it will not be strong enough to react with the metal, and the collision will have already happened with the acid and H2O. Part 3 In part3 of our experiment, we made three Alka Seltzer tablets into different shapes in order to create different surface areas. However, the one thing that remains the same for every reaction is that the more effective collisions there are, the faster the reaction occurs. I would double check the temperature of the water and try to finish the experiment as fast as possible to prevent temperature change. We used thermometer to make sure that both trials have the same temperatures of water.
Factors Affecting Reaction Rates Lab Report .pdf
For the particle size test, I observed that the powdered CaCO3 reacted faster with the hydrochloric acid that the marble chips. Record how fast each reaction occurred. We got the result that the higher the temperature is, the faster the tablet dissolve; the lower the temperature is, the slower the tablet dissolves which completely corresponds to the theory. Instead of using the burner to heat the water, we had to rely on taps to produce three different temperatures of water. We controlled certain variables. Record the reaction rates in the table. Quickly add the H 2 O 2 to the solution in the well, without splashing and as you are doing this, start the stopwatch 9.
Leopardi
Also, from graphs the activation energy was determined to be 33. However, when it was dropped into the cold water, it took 3 minutes to dissolve. As the temperature increases, the reaction rate increases due to higher number of collisions 3. Place 8 drops of KI in the top left well 3. The stock solutions are the following: 4 M acetone, 1 M HCl, and 0 M iodine.
