THIS IS Jeopardy

Jeopardy Geometric Integral Comparison nth Term Alternating Ratio/Root Sequence 100 100 100 100 100 100 200 200 200 200 200 200 300 300 300 300 300 300 400 400 400 400 400 400 500 500 500 500 500 500

Determine if the Series Converges or Diverges Find the Sum if it Converges A 100

Diverges! A 100

Determine if the Series Converges or Diverges Determine if the Series Converges or Diverges. Find the Sum if it Converges A 200

Converges, “24” A 200

Determine if the Series Converges or Diverges Determine if the Series Converges or Diverges. Find the Sum if it Converges A 300

Converges, “7/4” A 300

Determine if the Series Converges or Diverges, Find the Sum if Converges A 400

Diverges! A 400

Determine if the Series Converges or Diverges, Find the Sum if it Converges A 500

Converges, “30/7” A 500

Determine if the Series Converges or Diverges Determine if the Series Converges or Diverges. Show what the Limit Converges to B 100

Diverges B 100

Determine if the Series Converges or Diverges Determine if the Series Converges or Diverges. Show what the Limit Converges to 𝑛→1 ∞ 1− 1 𝑛+1 𝑛 B 200

Converges, “1/e” B 200

Determine if the Series Converges or Diverges Determine if the Series Converges or Diverges. Show what the Limit Converges to. B 300

Diverges B 300

Determine if the Series Converges or Diverges Determine if the Series Converges or Diverges. Show what the Limit Converges to. B 400

Converges, “2” B 400

Determine if the Series Converges or Diverges Determine if the Series Converges or Diverges. Show what the Limit Converges to. B 500

Diverges! B 500

Determine if the Series Converges or Diverges. State how You Know

Diverges! DCT  Compare to x1/2

Determine if the Series Converges or Diverges. State how You Know

Converges, LCT  p-series

Determine if the Series Converges or Diverges. State how You Know

Diverges! n-th Term Test C 300

DAILY DOUBLE DAILY DOUBLE Place A Wager C 400

Determine if the Series Converges or Diverges. State how You Know

Diverges! Limit Comparison Test  p-series C 400

Determine if the Series Converges or Diverges. State how You Know

Diverges, n-th Term Test C 500

Determine if the Series Converges Determine if the Series Converges. Then Determine Conditionally or Absolutely D 100

Converges, Absolutely D 100

Determine if the Series Converges, then Determine if it Converges Absolutely or Conditionally

Converges, Absolutely D 200

Find the Sum of the First 5 of the Sequence Find the Sum of the First 5 of the Sequence. Then find the Error Bound of Your Sum D 300

Error Bound: +/- 9/16 to Sum5

Determine if the Series Converges or Diverges, Conditionally or Absolutely

Diverges! D 400

Find the Sum of the First 5 in the Series, Then Find the Error Bound of the Sum

Error Bound: +/- 2/81 to Sum5

Determine if the Series Converges or Diverges

Converges! E 100

Determine if the Series Converges or Diverges

Converges! E 200

Determine if the Series Converges or Diverges

Diverges E 300

Determine if the Series Converges or Diverges

Converges! E 400

Determine if the Series Converges or Diverges

Diverges! E 500

Find the n-th Term F 100

an= F 100

Find the n-th Term F 200

an = F 200

Find the n-th Term F 300

F 300

What is the Next Term? F 400

F 400

Find the Next Term F 500

F 500

The Final Jeopardy Category is: Calculus AB Topics Click on screen to begin

Click on screen to continue If a particle is described by s(t)= 0.5sin(0.5πt) from t = 1 to t =5, when does the particle change directions? Click on screen to continue

Click on screen to continue

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