Searching for math

4

07:45

TRIGONOMETRY Q/A 12: SOLVING FOR THE UNKNOWN SIDE OF A RIGHT ANGLE USING THE TAN RATIO

1

02:14:18

MES Math Q/A 18: What is the Atwood Machine?

5

09:35

TRIGONOMETRY Q/A 11 | SOLVING RIGHT-ANGLED TRIANGLE USING SOHCAHTOA |

1

02:10:21

MES Math Q/A 17: What is Lunar Regolith (Moon Dust)?

5

09:29

SOLUTION TO MATH EXAMS QUESTION //TRIGONOMETRY Q10//

5

14:29

SOLUTION TO MATH EXAMS QUESTION //TRIGONOMETRY Q9//

10

15:16

SOLUTION TO MATH EXAMS QUESTION //TRIGONOMETRY Q8//

4

02:10:43

MES Math Q/A 16: What are the Van Allen Radiations Belts?

6

09:08

SOLUTION TO MATH EXAMS QUESTION //TRIGONOMETRY Q7//

1

01:56:37

MES Math Q/A 15: What is Cold Fusion?

3

32:00

History of the Fibonacci Sequence and the Golden Ratio

15:42

Exercise 4: Fibonacci's Original Rabbit Reproduction Sequence (and the Golden Ratio)

1

01:59:42

MES Math Q/A 14: Are NASA Apollo photos composites?

1

08:38

Exercise 3: Convergent Sequence inside a Continuous Function

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06:20

Exercise 2: If the limit of the absolute values of a sequence is zero, so is the sequence

1

10:03

Exercise 1: Limit of a Sequence and the Golden Ratio (Minus 1)

5

15:13

Bounded Sequences, Completeness Axiom, and the Monotonic Sequence Theorem

1

02:06:13

MES Math Q/A 13: What is Inertial Propulsion?

1

13:00

Using Mathematical Induction to find the Limit of a Recursive Sequence

2

12:15

Monotonic Sequences and Examples

2

02:01:35

MES Math Q/A 12: What types of Building Demolitions are there?

4

02:06:16

MES Math Q/A 8: What are High Frequency Radio Waves?

2

14:56

Creating Graphs of Sequences

2

02:01:00

MES Math Q/A 11: How does a Tesla Coil work?

2

07:07

Squeeze Theorem for Sequences

1

03:20

Limit Laws for Sequences

02:02:18

MES Math Q/A 10: What is Gravity?

1

05:52

Infinite Limits of Sequences at Infinity

2

14:47

The Precise Definition of a Limit of a Sequence

4

02:02:58

MES Math Q/A 9: Do opposing magnets fall SLOWER than gravity?

5

10:08

The Limit of a Sequence

4

18:01

Sequences: Definition, Notation, and Examples

2

03:31

Introduction to Infinite Sequences and Series

3

13:46

Cubic Formula Proof Step 5: Putting it All Together to Solve for x

1

02:07:53

MES Math Q/A 7: How are Crop Circles Formed?

1

07:55

Cubic Formula Proof Step 4: Other Solutions of y using the Cube Root of Unity

02:15:29

MES Math Q/A 6: What Lab Equipment is Needed for the Hutchison Effect?

2

16:56

Square Root of Unity, Cube Root of Unity, and Complex Rotations

09:08

Cubic Formula Proof Step 3: First Solution of y

1

02:04:03

MES Math Q/A 5: How does the Hutchison Effect work?

2

02:06:48

MES Math Q/A 4: Analyzing Free Energy Device Claims

11:08

Cubic Formula Proof Step 2: Applying Vieta's Substitution to Obtain a Quadratic Equation

3

15:09

Cubic Formula Proof Step 1: Removing x^2 term via PQ Substitution

06:42

Quadratic Formula by the PQ Substitution Method

1

06:35

Quadratic Formula by Completing the Square

1

02:02:39

MES Math Q/A 3: How does AI work?

17

01:28:00

Cubic Formula Proof

3

02:05:10

MES Math Q/A 2: How are Hurricanes Formed?

3

01:56:38

MES Math Q/A 1: Special Birthday Stream

1

02:27

True-False Quiz Questions 22: Cauchy–Schwarz Inequality

3

05:23

True-False Quiz Questions 19 to 21: When Dot and Cross Products Equal Zero

1

04:02

True-False Quiz Questions 17 and 18: Circular and Parabolic Cylinders in 3D

2

02:39

True-False Quiz Questions 15 and 16: Perpendicular Vectors to a Plane

1

08:49

True-False Quiz Questions 13 and 14: Dot and Cross Products with Repeating Vectors

10:53

True-False Quiz Questions 8 and 9: Scalar Multiplication for Dot Product and Cross Product

2

05:07

True-False Quiz Questions 5 to 7: Rearranging Vectors in the Dot and Cross Product

1

35:47

Problems Plus 8: Volume of a Solid from its Shadows

53:42

Problems Plus 7: The Physics of a Block on an Inclined Plane

2

28:20

Problems Plus 6: Largest Sphere in a Sphere

1

22:36

Problems Plus 5: Infinite Sum of Vector Projections is a Geometric Series

2

23:13

Problems Plus 4: Plane Flying in Wind

2

53:33

Problems Plus 3: Line and Surface of Two Intersecting Planes

1

15:25

Problems Plus 2: Volume Around a Box (and Area Around a Rectangle)

3

15:57

Problems Plus 1: Tightly Packed Balls in a Box (and Tightly Packed Circles in a Square)

19

04:12:17

Vectors and the Geometry of Space: Problems Plus

1

32:51

Exercise 6: Surveying: Elevation Correction due to Earth's Curvature using Taylor Polynomials

1

42:07

Exercise 5: Approximating the Period of a Pendulum using the Binomial and Geometric Series

1

36:11

Exercise 4: Approximating the Velocity of a Shallow Water Wave using Maclaurin Series

2

13:55

Exercise 3: Approximating Electric Field of Electric Dipoles using Binomial Series

2

48:43

Exercise 2: Deriving the 1st Order and 3rd Order Optics Formulas

1

09:18

Exercise 1: Taylor Derivatives Equal the Function's Derivatives at x = a

2

19:02

Approximating Optical Refraction using Taylor Polynomials

6

30:05

Example 3: Einstein's Theory of Special Relativity vs. Classical Theory for Kinetic Energy

1

38:14

Example 2: Approximating sin(x) with Taylor Polynomials and Calculating its Error

2

23:10

Example 1: Approximating Cube Root Function by a 2nd Degree Taylor Polynomial

1

22:06

Approximating Functions by Taylor Polynomials

3

05:32

Recap on Power Series, Taylor Series, and Taylor Polynomials

5

09:12

Even and Odd Functions - Looking at the Symmetry in Equations

2

05:13

Blackbody Radiation Question 5: Comparing Planck's Law for Different Stars

1

04:54

Equations of the Six Types of Quadric Surfaces

1

07:03

Traces of a Surface: Review and Example on an Ellipsoid whose Traces are Ellipses

1

14:52

Distance Between Intersecting Lines, Parallel Lines, and Skew Lines

1

01:34

Distance from a Point to a Plane using the Dot Product

2

06:12

Distance from a Point to a Line using the Cross Product

2

02:10

Four Points are on a Plane if the Scalar Triple Product is Zero

1

03:33

Determining if 3 Points Lie on the Same Line Using the Cross Product

1

03:39

Determining Parallel and Perpendicular Vectors and Planes via the Cross and Dot Products

01:55

Vector and Scalar Equations of a Plane

1

03:40

Vector, Parametric, and Symmetric Equations of a Line

1

01:14

Finding the Angle Between Two Intersecting Planes using the Dot Product of their Normal Vectors

2

01:21

Finding the Normal or Perpendicular Vector of a Plane

5

03:44

Calculating Area of a Parallelogram and Volume of Parallelepiped with the Cross Product

2

11:40

The Cross Product and its Useful Properties

2

01:40

Scalar and Vector Projections: Formulas and Diagrams

6

09:44

The Dot Product and its Useful Properties

2

01:34

Position Vector is Parallel to the Vector Between 2 Points

3

04:50

Vector Basics: Vectors, Scalars, Addition, and Scalar Multiplication

3

01:27:58

Vectors and the Geometry of Space: Review of Chapter

2

06:34

Polar Coordinates: Example 2: Polar to Cartesian

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12:32

Solve (2.95)², using the binomial expansion of (3x - ½y)⁴| Maths | Binomial theorem