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This shows you the differences between two versions of the page.

--- ap_calculus_ab [2024/04/10 20:12] – [AP Calc AB Study Guide] mrdough
+++ ap_calculus_ab [2024/05/12 23:54] (current) – [AP Calc AB Study Guide] 172.88.72.108
@@ Line 1: / Line 1: @@
 ====== AP Calc AB Study Guide ======
-  * Here is a Cheat Sheet/Shorter and compressed version of what's described. [[https://drive.google.com/file/d/1oTnZ5zSmNq0RWiAuZzW8q0ki5WLdhy70/view?usp=sharing|https://drive.google.com/file/d/1oTnZ5zSmNq0RWiAuZzW8q0ki5WLdhy70/view?usp=sharing]]
+  * Credit: Simplestudies.org
+  * This study guide has a lot of images so if u cant scroll to the very bottom without jittering just let it load for a bit
+  * Here is a Cheat Sheet/Shorter and compressed version of what's described. [[https://drive.google.com/file/d/1oTnZ5zSmNq0RWiAuZzW8q0ki5WLdhy70/view?usp=sharing|Final Notes for AB and BC]]
+  * Limit evaluation chart: [[https://drive.google.com/file/d/1bhdygywT-doVSjAEXM8BYZGj5CiAtQEV/view?usp=sharing|here]]
+  * Key words pdf [[https://drive.google.com/file/d/1MXi1LwqLF00C2uRe8h-i3E1SBnJdSmrk/view?usp=sharing|here]]
 ====== Unit 1 – Limits and Continuity ======
@@ Line 67: / Line 71: @@
 [[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_11|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_11.png}}]]that means f(x) equals h(x) and g(x)
-====== Unit 2 - Differentiation: Definition and Basic DerivativeRules ======
+====== Unit 2 - Differentiation: Definition and Basic Derivative Rules ======
 **What is a derivative?**
@@ Line 136: / Line 140: @@
 Example:
-[[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_20|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_20.png}}]][[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_21|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_21.png}}]
+[[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_20|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_20.png}}]][[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_21|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_21.png}}]]
-]====== Unit 3 - Differentiation: Composite, Implicit, and InverseFunctions ======
+====== Unit 3 - Differentiation: Composite, Implicit, and InverseFunctions ======
 **The Chain Rule**
@@ Line 159: / Line 163: @@
 [[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_29|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_29.png}}]][[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_30|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_30.png}}]]**Higher-Order Derivatives**
-[[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_31|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_31.png}}]]====== Unit 4 - Contextual Applications of Differentiation ======
+[[AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_31|{{AP_Calc_AB_Study_Guide_f289051ba2044b4ab01d25945296aa61:Untitled_31.png}}]]
+====== Unit 4 - Contextual Applications of Differentiation ======
 **Particle Motion**