Question

In the simulation provided click on the Experiment menu and then click on the Run Experiment button that appears. Run each electrolysis experiment with the settings described below to complete the following paragraphs. Fill in the blanks as you proceed through each reaction or write down your results as you go to avoid having to rerun the experiments numerous times. When moving from one experiment to the next click on the blue circular Reset button to reset the entire experiment or the blue circular Rerun button to reset only the settings of the ammeter (current and time). Match the words and numbers to the appropriate blanks in the sentences below. Make certain each sentence is complete before submitting your answer.

Answer 1

0 七 s min 60 sec О. 36 长0 ijo-Hu

Part B In the simulation provided click on the Experiment menu and then click on the Run Experiment button that appears. Run each electrolysis experiment with the settings described below to complete the following paragraphs. Fill in the blanks as you proceed through each reaction or write down your results as you go to avoid having to rerun the experiments numerous times. When moving from one experiment to the next click on the blue circular Reset button to reset the entire experiment or the blue circular Rerun button to reset only the settings of the ammeter (current and time) Match the words and numbers to the appropriate blanks in the sentences below. Make certain each sentence is complete before submitting your answer Reset Help 1. Electrolysis experiment A is run to completion with the following parameters: The positive terminal is made of Ni, the negative terminal is made of Ni, the solution is Ni(NO3), the current is set to 4.00 A and the time is set to 5 min. The final mass of the positive terminal is 10.36g, and the final mass of the negative terminal is 9.64 g electroplated is 0.36 g . Thus, the total mass of Ni metal that is 3 to 1 2. Electrolysis experiment B is run to completion with the following parameters: The positive terminal is made of Ni, the negative terminal is made of Ni, the solution is Ni(NO3), the current is set to 2.00 A, and the time is set to 5 min.The final mass of the positive terminal is 10.18 g and the final mass of the negative terminal is 9.82 electroplated is 0.18 g 1.5 to 1 Thus, the total mass of Ni that is stoichiometry in regards to electrons 4 to 1 3. The ratio change in mass between experiments A and B is equal to 2 to 1 This corresponds to an identical ratio between the two experiments' values for current Submit Hints My Answers Give Up Review Part