Mid Chapter Review

πŸ“– Chapter 7 Applications of Vectors
πŸŽ₯ 27 videos
Premium Content
Total Videos
27
Playlists
1
Textbook Page
N/A
Grade Level
12

calcvecnelsonCh7.4.1solutions

27 videos

πŸ“Ί View Playlist
1

001. Q1

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Two.Geo.Vectors, find.Dot.Product
πŸŽ“ 001. Geometric Dot Product
⏱️ 2:080🎬 gmN5tGzzNf8
β–Ά Watch
2

002. Q2

Question
Answer
πŸ“š Related Lectures
12.1.2 VECTORS, Applications of Sum of Vectors, Forces
πŸŽ“ 002. Object being pulled by diagonal force horizontally
πŸŽ“ 001. Force, Two forces pulling Tobogan
⏱️ 4:590🎬 v88INMFr-gM
β–Ά Watch
3

003. Q3

Question
Answer
⏱️ 0:520🎬 3IW7aLf2JIc
β–Ά Watch
4

004. Q4

Question
Answer
πŸ“š Related Lectures
12.1.2 VECTORS, Applications of Sum of Vectors, Velocity, given.Simple.Sentence, find.Vector
πŸŽ“ 001. Setting up simple Velocity as vector
⏱️ 3:070🎬 SSpWAVueGZ8
β–Ά Watch
5

005. Q5

Question
Answer
πŸ“š Related Lectures
12.1.2 VECTORS, Applications of Sum of Vectors, Forces
πŸŽ“ 002. Object being pulled by diagonal force horizontally
πŸŽ“ 001. Force, Two forces pulling Tobogan
⏱️ 2:500🎬 v5MgSIvRwNo
β–Ά Watch
6

006. Q6

Question
⏱️ 1:010🎬 VrbkZbgWoNw
β–Ά Watch
7

007. Q7

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Two.Coordinate.Vectors, find.Angle
πŸŽ“ 001. Finding Angle between two Vectors
⏱️ 1:240🎬 xl4TdwO5j7U
β–Ά Watch
8

008. Q8a

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Two.Algebraic.Vectors, find.Angle
πŸŽ“ 003. Dot Product in 3D
πŸŽ“ 002. Dot Product between Algebraic Vectors 2d
πŸŽ“ 001. Show Perpendicular using Dot Product of vector in 2D
⏱️ 0:310🎬 qOWhcmOlidI
β–Ά Watch
9

008. Q8b

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Two.Algebraic.Vectors, find.Angle
πŸŽ“ 003. Dot Product in 3D
πŸŽ“ 002. Dot Product between Algebraic Vectors 2d
πŸŽ“ 001. Show Perpendicular using Dot Product of vector in 2D
⏱️ 0:230🎬 wh-GAHQJhVk
β–Ά Watch
10

008. Q8c

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Two.Algebraic.Vectors, find.Angle
πŸŽ“ 003. Dot Product in 3D
πŸŽ“ 002. Dot Product between Algebraic Vectors 2d
πŸŽ“ 001. Show Perpendicular using Dot Product of vector in 2D
⏱️ 0:300🎬 ApgTzsrUu9s
β–Ά Watch
11

008. Q8d

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Algebra, simplify.Dot.product
πŸŽ“ 002. Dot product of sum of vectors
πŸŽ“ 001. Sum of Dot Products
⏱️ 0:420🎬 yIN0rE6guLM
β–Ά Watch
12

008. Q8e

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Algebra, simplify.Dot.product
πŸŽ“ 002. Dot product of sum of vectors
πŸŽ“ 001. Sum of Dot Products
⏱️ 1:030🎬 W75sa6W4O6o
β–Ά Watch
13

008. Q8f

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Algebra, simplify.Dot.product
πŸŽ“ 002. Dot product of sum of vectors
πŸŽ“ 001. Sum of Dot Products
⏱️ 1:350🎬 rOgr77tXPgM
β–Ά Watch
14

009. Q9

Question
Answer
πŸ“š Related Lectures
12.3 VECTORS, DOT PRODUCT, given.Two.Algebraic.Vectors, find.Missing.Perpendicular
πŸŽ“ 001. Finding Missing value for two vectors to be perpendicular
⏱️ 2:430🎬 BbWcENfw3Mc
β–Ά Watch
15

010. Q10a

Question
Answer
πŸ“š Related Lectures
VECTORS 12.1.3, ALGEBRAIC VECTORS, given.linear.combination.of.i.j.k, find.sum
πŸŽ“ 001. Algebraic Vector sum and magnitude of resultant
🎬 jgmkvcRB93c
β–Ά Watch
16

011. Q10b

Question
Answer
🎬 4wcwcXt3bdY
β–Ά Watch
17

012. Q10c

Question
Answer
πŸ“š Related Lectures
VECTORS 12.1.3, ALGEBRAIC VECTORS
πŸŽ“ 008. Parallel Vectors In Algebra and Cartesian Form
πŸŽ“ 007. Getting Vector which passes through two points in 3D
πŸŽ“ 006. Plot example on Right Handed System of Coordinates
πŸŽ“ 005. Connecting the coordinates of points and vector components in 3D example
πŸŽ“ 004. Converting Geometric Vectors into Algebraic Cartesian Vector
πŸŽ“ 003. Converting Algebraic Vector into Geometric Vector
πŸŽ“ 002. Sum of Point and Vector
πŸŽ“ 001. Introduction to Algebraic CartesianRectangular Vectors
🎬 _AVEaFfqvDU
β–Ά Watch
18

013. Q10d

Question
Answer
πŸ“š Related Lectures
VECTORS 12.1.3, ALGEBRAIC VECTORS
πŸŽ“ 008. Parallel Vectors In Algebra and Cartesian Form
πŸŽ“ 007. Getting Vector which passes through two points in 3D
πŸŽ“ 006. Plot example on Right Handed System of Coordinates
πŸŽ“ 005. Connecting the coordinates of points and vector components in 3D example
πŸŽ“ 004. Converting Geometric Vectors into Algebraic Cartesian Vector
πŸŽ“ 003. Converting Algebraic Vector into Geometric Vector
πŸŽ“ 002. Sum of Point and Vector
πŸŽ“ 001. Introduction to Algebraic CartesianRectangular Vectors
🎬 PFsZKjzEgXg
β–Ά Watch
19

014. Q10e

Question
Answer
🎬 R8Q61D6myVk
β–Ά Watch
20

015. Q11

Question
Answer
🎬 iVqRPzLU1Ww
β–Ά Watch
21

016. Q12

Question
Answer
🎬 dYCmA57UGOQ
β–Ά Watch
22

017. Q13

Question
Answer
🎬 8w-AYDMNGf8
β–Ά Watch
23

018. Q14

Question
Answer
🎬 vF-E87X53-8
β–Ά Watch
24

019. Q15

Question
Answer
🎬 XI8nvm4ED6c
β–Ά Watch
25

020. Q16

Question
Answer
🎬 lESSMF92nxk
β–Ά Watch
26

021. Q17

Question
Answer
🎬 KYxBzbACnQM
β–Ά Watch
27

022. Q18

Question
Answer
🎬 vN1c4-H6IjM
β–Ά Watch