4. Note: m = 1 a. Ebbinghaus' Law of Forgetting states that if a task is learned at a performance level Ko, then after a time interval t that performance level K satisfies log K = logko – clog(t + 1)...


Please help me, I do not want a quoted solution..


4.<br>Note: m = 1<br>a. Ebbinghaus' Law of Forgetting states that if a task is learned at a performance level<br>Ko, then after a time interval t that performance level K satisfies log<br>K = logko – clog(t + 1)<br>Where c is a constant that depend on the type of task and t is measured in months<br>i. Solve for K.<br>ii. If your score on a history test is 70, what score would you expect to get on a similar test<br>after two months? After a year? (Assume c = 0.4)<br>b. Draw the graph of the following function: f(x)= m+ 2-x<br>c. Use the laws of logarithms to expand the expression.<br>X³VX – 1<br>In<br>Зх + m<br>

Extracted text: 4. Note: m = 1 a. Ebbinghaus' Law of Forgetting states that if a task is learned at a performance level Ko, then after a time interval t that performance level K satisfies log K = logko – clog(t + 1) Where c is a constant that depend on the type of task and t is measured in months i. Solve for K. ii. If your score on a history test is 70, what score would you expect to get on a similar test after two months? After a year? (Assume c = 0.4) b. Draw the graph of the following function: f(x)= m+ 2-x c. Use the laws of logarithms to expand the expression. X³VX – 1 In Зх + m

Jun 04, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here