In The Crucible, Arthur Miller shows how one’s morals may change in order to avoid bad situations. The development of Proctor throughout the witch trials and the change in Abigail’s character after being spotted by Parris conveys the play’s theme.
Miller constructs a sense of indecision in Proctor. This is made clearly evident when Proctor is told by Elizabeth to announce Abigail’s pretence. He hesitates by saying ‘I wonder if my story would be credited in such a court’. Through this quote, Miller uses Proctor to show how reputation is important. Through Proctor’s stalling, Miller shows how Proctor wishes for ‘[his] name’ not be tarnished and so does not want to confess to lechery. The importance of honesty disappears and instead Proctor decides not to confess. Miller creates this change in morality to illustrate the diminishing integrity when one desires to avoid a bad situation.
This is furthermore displayed through Proctor’s dilemma in Act IV – whether to confess or not. Wanting to continue to live, Proctor’s value of honesty again falters. He admits that ‘[his] honesty is broke’ but uses it as an excuse to lie again. He begins to believe that another lie will not make any change. Miller again shows one’s change of morals in dire circumstances. Once Proctor realises his life is at risk, his thoughts change in favour of preserving it. Sinning is out of the question and living is first priority. The sudden natural thought of dishonesty illustrates how one’s morality can change to avoid bad situations – in Proctor’s case, death. Miller uses the development of Proctor to show how one can change when trying to avoid bad situations.
This change in morality and corruption of innocence is also shown through Abigail. From Act II to the end of the play, she presents lie over lie to the court to avoid the embarrassment of confessing to conjuring with spirits. Her lies create hysteria in the town of Salem yet she continues to give false accusations. Although she says the catastrophe is ‘naught to do with witchcraft’, she does
Jason Schroyer 2-18-14 The Crucible Act 2 Entry Proctor's conflict is the conflict of a man who wants to believe he is good inside and yet has committed an egregious sin in his society. While he tries to judge things on a rational basis, he has betrayed his wife and now is caught up in small lies about Abby and his meeting with her. He does not believe that the craziness that is affecting Salem would go so far; yet, by the time he actually convinces Mary Warren to talk about Abby's lies, the craziness…
find the percent of hydrate in the magnesium, calcium, and mixture we used a bunsen burner to heat a sample of each in a crucible. Refer to procedure and data table to see our findings. For example we found that the percent of hydrate in the mixture was 12%. Equations and Calculation explanation: The first equation we will perform is to subtract the weight of the crucibles from each substance (heated and unheated). Next to find the percent of hydrate in each substance we will use the equation…
2014 This experiment demonstrates the technique used to determine the simple mole ratio of the elements in a compound. Magnesium metal will be made to react with oxygen of the air to produce a binary compound, magnesium oxide. (x)Mg(s) + (y/2) O2(g) MgxOy(s) where x & y are the mole ratios of Mg & O, respectively. The magnesium burns by heating with a very hot flame. Under high temp the magnesium also combines w/ the atmospheric nitrogen to produce magnesium nitride, which is not the desired…
Materials Required: 1. 15 cm magnesium ribbon, 2 2. 25 mL beaker 3. Bunsen burner assembly 4. Clay triangle 5. Crucible and lid, metal or ceramic 6. Crucible tongs 7. Distilled water 8. Eyedropper or micropipet 9. Ring stand Procedures: 1. Construct a setup for heating a crucible as shown in Figure A and as demonstrated in the Pre-Laboratory Procedure “Gravimetric Analysis.” 2. Heat the crucible and lid for 5 min to burn off any impurities. 3. Cool the crucible and lid to room temperature. Measure their…
Thibault CH-101-04 Professor Skarstedt November 11, 2014 In this lab, Materials that are needed for this lab: 1.) Lab balance 2.) 2 small beakers 3.) 2 200-mL beakers 4.) Bunsen burner with lighter 5.) Ring stand with ring and clay triangle 6.) Stirring rod 7.) Filtration funnel 8.) Ash less filter paper 9.) Wash bottle with distilled H20 10.) 2 porcelain crucibles 11.) 6 M HCl 12.) 0.25 M BaCl2 13.) 0.05 M AgNO3 14.) PPE’s (goggles and lab coat) Procedure: 1.) Weight out two samples of…
measuring the mass of the empty Crucible 1 on the pan balance and record this data. Shake the bottle mixture to have uniformity of the contents and then add 2 – 3 grams of the mixture in to Crucible 1. Measure the total weight in grams using the pan balance to the nearest .001 g, record this data. Sublime Crucible 1 by placing it on the wire gauze, ring and ring stand (see Figure 1) and heat until the white “smoke” of the NH4Cl stops. Occasionally slightly shake the crucible during the sublimation process…
believe that sodium bicarbonate will decompose when heated in a crucible. Materials Crucible (start weight – 10.37g) Crucible tongs Bunsen burner 1g Sodium bicarbonate (start weight – 11.37g) Clay triangle Observations: The crucible slowly became red hot as we began to heat it. We also noticed that the sodium bicarbonate began to turn yellow and also began to shrink as time passed. The crucible After the final weigh in, the crucible with the sodium bicarbonate weighed 11.05g (original weight:…
reactant and the mass of magnesium oxide product. Then we began to heat the magnesium until it began to emit light. Then a cover was placed on it and it was cooled. This was repeated multiple times. Once all of the magnesium was reacted, the mass of the crucible and magnesium was recorded. Once that was finished, we calculated the mole of magnesium and oxygen. In addition, we calculated the mass of each substance formed. With the results collected and data calculated, the empirical formula of magnesium oxide…
and Oxygen. Materials and Equipment: 15 cm magnesium ribbon,2 25 mL beaker Bunsen burner assembly clay triangle crucible and lid, metal or ceramic crucible tongs distilled water eyedropper or micropipet ring stand Procedure: 1. The crucible was put on the clay triangle on a ringstand, and a bunsen burner was placed under it. 2. the crucible was heated for 5 minutes. 3. the crucible was cooled to room temperature, and the mass of the crucible and lid was taken and recorded. 4. A 15cm strip of magnesium…
Wu PARTNER: Anchen Sun SECTION: NY TA: S.K. Sharma DATE: 02/26/2015 INTRODUCTION This experiment is to analyze a solution of Ba(OH)2 with unknown concentration in two ways, Conductimetric Titration and Gravimetric Determination. PROCEDURE Transfer 10ml Ba(OH)2 solution to a 100ml beaker with a 10ml graduated cylinder. Then add 30ml distilled water into 10ml Ba(OH)2 solution, using the 10ml graduated cylinder. Connect Drop Counter to DIG/SONIC1 to the computer, switch conductivity probe to 0-20000…