Volt

alongside the light intensity, an ‘x’ would be created, as the distance squared increases the further away it gets. - Does the graph support your hypothesis? Why or why not? (2 marks) The graph formulated after experimenting with both 12 and 6 volts, strongly validates our hypothesis. We hypothesised that, as the distance from the light box increased, it would impact the intensity of the light, causing the intensity to decrease due…

Imagine participating in an experiment that uses memory and learning. Once you arrive you see an instrument that gives electric shocks to a man. This man is on the other side of the wall from you. As you move up in voltages the man begins to experience more pain. This man is in so much pain that he is even screaming. The experimenter persuades and pressures you to continue going on. Would you continue the experiment or would you refuse to go on? Stanley Milgram a social psychologist at Yale…

The standard voltage usually ranges from 12 to 18. The new drill is equipped with an incredible 20 volt battery. Even with this high voltage battery, the drill itself is still a lightweight tool. As time has progressed, more drills have been installed with efficient batteries. The 20V Max auto sense drill has been made for these problems and needs. The previous lines of drills didn’t have 20 volts but there has been models with 18. Some of those recent models even have a speed adjuster with two…

Nobody is perfect. A phrase often spoken to people who make a mistake and are being comforted. Everyone has heard it before, right along with “Everyone makes mistakes.” It’s true, everyone does make mistakes, and no one is perfect; it’s a fact of human nature and something we all have in common. Another phrase we often hear a lot is “Every mushroom cloud has silver lining.” The Apollo 13 mission is known as NASA’s greatest successful failure. Although so many things went wrong, the crew onboard…

Rousseau believes that it all depends on what kind of environment you are in. There was an experiment held based on Stanley Milgram’s views on how humans reacted when a high position of authority commanded you to do something. Such as deliver a 450 volt shock to someone you have never met before. People were tricked into…

Stanley Milgram, was a famous social psychologist, he was also a student of Solomon Asch, and conducted a controversial experiment that was done in 1961, Milgrams classic obedience study, the investigation to the obedience to authority. Milgram’s experiment of obedience was done in 1961 soon after World War 2 had ended this was when the trials for war crimes against the Nazi’s were being done at the time. Milgram put a question on the experiment that what if the Germans during WWII were…

predicted that there would be very low levels of obedience when American participants were instructed to deliver increasingly intense electric shocks. Milgram developed an intimidating shock generator, with shock levels starting at 30 volts all the way up to 450 volts. The many switches were labeled with terms including "slight shock," "moderate shock" “intense to extreme shock” "danger: severe shock." And then last…

The holocaust was a horrible time when the Nazis killed over ten million people. The Nazis were able to do this because there was very little resistance to prevent the Nazis from persecuting the Jews and there were unharmed bystanders would did nothing to stop the Nazis. Although these two reasons are important the most important reason why the holocaust happened was the obedience that the Nazi soldiers had to their superiors. As the orders came down from the higher ranks the Nazi soldiers…

Coal Energy vs Wind Energy The United States alone burns more than a billion tons of coal every year, making up more than half of the electricity used in the US from coal power. However, burning fossil fuels also causes 78 percent of the United States global warming emissions, 32 percent being from coal. In order to combat these pollutants and hopefully cut down prices different cleaner, and renewable energy alternatives are being used instead. One of these newer and effective forms of…

The first part of the experiment was determining the resolution of the DAC in volts. Before a voltage was applied the noise was determined by measuring the DC offset, the reading of the DMM at an input of zero volts. This offset was removed from the recorded values in order to provide a more accurate reading of the resolution. These corrected values and their corresponding applied voltages can be found in Table 1 of the appendix. The lowest value recorded from the DMM was -9.968V and the…