Please answer the 6 questions this is not an graded assignment so stop regarding it as it!! Ri7) Using your results from Trial #1 and Trial #2, find the averagevalues of non-decayed and decayed atoms left after each.half-life. Show calculations and record values in the box to theright.8) Complete the graph and post lab questions below.130(2010080206050Author: Mr. Maystry40-302012810Lab Partner:Half LifeNondecayedDecayedO1128 560693430.5 13 5.5/3238. 185 66) Cobalt-60 is a radioisotope used as a source of ionizing radiation in cancer treatment(The radiation it emits is effective in killing rapidly dividing cancer cells.). If a hospitalstarts with a 1,000 mg sample of Co-60, how many milligrams of the Co-60 would beleft after 10 yrs? (Half-life of Co-60 is 5 years.) Show work in the box to the right.72 3 4 5 6 7Graphs:On the graph paper above, make two plots. First plot the average number of decayed pennies vs. the number of half-lives, then theaverage number of non-decayed pennies (remember-this is a running total) vs. the number of half-lives. Be sure to make the plotstake up as much of the page as possible, label both axes, title the graph, and provide a legend. DO NOT CONNECT THE DATAPOINTS. Instead, draw the best smooth curve through each data set.5.5 31.52Post Lab Questions:1)Approximately what percentage of pennies "decayed" after each half-life?2) After which half-life did the actual number of pennies decay the most?_3) In the simulation, you only dealt with 128 pennies, however in the "world of atoms," one is dealing with enormous numbers (moles!)of a radioactive substance. With so many atoms, statistically, you should get exactly half of the atoms decaying every half-life. Thus, inthe "real world of atoms," what percentage of radioactive atoms remains after 5 half-lives go by? What percentage of atoms hasdecayed? Show all your work!7-522-545 0.54) In the simulation, every time you shook the beaker represented one half-life. In your simulation, you made no distinction as to howlong that half-life was. What could you do in the simulation to represent a radioactive substance that has a half-life of 2 minutes? Howabout one with a half-life of 10 minutes?HCHS Chemistry Laboratory Exercise #28: Simulating Nuclear Decay5) In this simulation, the fact is that each penny has a 50% chance of landing tails-up (decayed). Thus, on average, 50% of the atomswill land tails-up each time you shake the beaker.a) Is there any way to predict if a particular penny will "decay" after one half life goes by? ExplainPage 2 of 4

Question

Please answer the 6 questions this is not an graded assignment so stop regarding it as it!! Ri7) Using your results from Trial #1 and Trial #2, find the averagevalues of non-decayed and decayed atoms left after each.half-life. Show calculations and record values in the box to theright.8) Complete the graph and post lab questions below.130(2010080206050Author: Mr. Maystry40-302012810Lab Partner:Half LifeNondecayedDecayedO1128 560693430.5 13 5.5/3238. 185 66) Cobalt-60 is a radioisotope used as a source of ionizing radiation in cancer treatment(The radiation it emits is effective in killing rapidly dividing cancer cells.). If a hospitalstarts with a 1,000 mg sample of Co-60, how many milligrams of the Co-60 would beleft after 10 yrs? (Half-life of Co-60 is 5 years.) Show work in the box to the right.72 3 4 5 6 7Graphs:On the graph paper above, make two plots. First plot the average number of decayed pennies vs. the number of half-lives, then theaverage number of non-decayed pennies (remember-this is a running total) vs. the number of half-lives. Be sure to make the plotstake up as much of the page as possible, label both axes, title the graph, and provide a legend. DO NOT CONNECT THE DATAPOINTS. Instead, draw the best smooth curve through each data set.5.5 31.52Post Lab Questions:1)Approximately what percentage of pennies &#34;decayed&#34; after each half-life?2) After which half-life did the actual number of pennies decay the most?_3) In the simulation, you only dealt with 128 pennies, however in the &#34;world of atoms,&#34; one is dealing with enormous numbers (moles!)of a radioactive substance. With so many atoms, statistically, you should get exactly half of the atoms decaying every half-life. Thus, inthe &#34;real world of atoms,&#34; what percentage of radioactive atoms remains after 5 half-lives go by? What percentage of atoms hasdecayed? Show all your work!7-522-545 0.54) In the simulation, every time you shook the beaker represented one half-life. In your simulation, you made no distinction as to howlong that half-life was. What could you do in the simulation to represent a radioactive substance that has a half-life of 2 minutes? Howabout one with a half-life of 10 minutes?HCHS Chemistry Laboratory Exercise #28: Simulating Nuclear Decay5) In this simulation, the fact is that each penny has a 50% chance of landing tails-up (decayed). Thus, on average, 50% of the atomswill land tails-up each time you shake the beaker.a) Is there any way to predict if a particular penny will &#34;decay&#34; after one half life goes by? ExplainPage 2 of 4

Accepted Answer

A 1000 mg sample of radioactive cobalt-60.
Half life = 5 years
Time (t) = 10 years