filmov
tv
Multivariable Calculus Midterm Review In 94 Minutes
Показать описание
😍 SUBSCRIBE SHARE & LIKE 😍
Multivariable Calculus Midterm Review In 94 Minutes
▬ Contents of this video ▬▬▬▬▬▬▬▬▬▬
0:00 - find the parametric equation of the line of intersection of two planes
7:51 - at what time does the particle pass the xz plane?
9:54 - What are the particle coordinates velocity speed and acceleration at t=2?
13:47 - Find the directional derivative of F in the direction u at the point (1,2,0)?
19:32 - Let F, Find divergence
24:57 - Find m such that divergence is zero?
27:33 - Find curl of the given vector field F?
31:43 - Find the values of a,b,c,d,e,f such that curl=F?
35:00 - Find the work done by the force F moving a particle along a line segment from point P to Q?
46:00 - Part (2) starts
46:29 - Let F Be A Vector Field. Show That Work Is Independent of The Path.
52:39 - How teacher assistants TA or professors grade your paper
53:00 - Compute the line integral for any path C from point A to B.
Compute phi function known as potential function
1:05:12 - Scrolling through various questions and commenting on how to solve.
1:06:01 - Find the gradient of f then find the directional derivative. What is the maximum value of?
1:13:16 - Solenoidal vector field. Find values of constants a,b,c.
1:17:37 - Find the work done by the force field along C during the time interval [0,2]?
1:23:15 - Find equation of the tangent plane to the surface at the point (1,1,1)
1:25:35 - Find equation of the plane passing through the three points (1,2,3),(0,2,0),(1,1,1)
Enjoy it :)
Related Topics & Queries👇
--------------------------------------------
multivariable calculus 1 engineering mathematics
multivariable calculus final exam review
multivariable calculus engineering mathematics
multivariable differential equations
multivariable calculus 2 engineering mathematics
multivariable calculus integration 1 engineering mathematics
multivariable calculus midterm review
multivariable calculus final review
multivariable calculus chapter 12
multivariable calculus
A Level, A Level Mathematics, ACT Math, College Algebra, Algebra, Algebra 1,
Algebra 2, Abstract Algebra, Applied Mathematics, CLEP, CLEP Calculus,
CLEP College Algebra, CLEP College Mathematics, COMPASS, COMPASS Mathematics,
Calculus for Economics, Calculus for Business, Pre-Calculus Calculus 1,
Calculus 2, , Calculus 3, Vector Calculus, Multivariable Calculus,
Matrices, College Math, Competition Math, Differential Equations,
Laplace Transform, Mathematics for Engineering, GCSE Mathematics,
GED Math, GRE Quantitative, GRE Subject Test in Mathematics,
GRE Subject Tests, Geometry, Graduate Test Prep, HSPT, HSPT Math,
IB Mathematical Studies, IB Mathematics, ISEE, ISEE-Lower Level Mathematics Achievement,
ISEE-Middle Level Mathematics Achievement, ISEE-Upper Level Mathematics Achievement,
Linear Algebra 1, Linear Algebra 2, Elementary School Math, Middle School Math,
High School Math, Secondary Math, PSAT Mathematics, Test Prep, Trigonometry.
Multivariable Calculus Midterm Review In 94 Minutes
▬ Contents of this video ▬▬▬▬▬▬▬▬▬▬
0:00 - find the parametric equation of the line of intersection of two planes
7:51 - at what time does the particle pass the xz plane?
9:54 - What are the particle coordinates velocity speed and acceleration at t=2?
13:47 - Find the directional derivative of F in the direction u at the point (1,2,0)?
19:32 - Let F, Find divergence
24:57 - Find m such that divergence is zero?
27:33 - Find curl of the given vector field F?
31:43 - Find the values of a,b,c,d,e,f such that curl=F?
35:00 - Find the work done by the force F moving a particle along a line segment from point P to Q?
46:00 - Part (2) starts
46:29 - Let F Be A Vector Field. Show That Work Is Independent of The Path.
52:39 - How teacher assistants TA or professors grade your paper
53:00 - Compute the line integral for any path C from point A to B.
Compute phi function known as potential function
1:05:12 - Scrolling through various questions and commenting on how to solve.
1:06:01 - Find the gradient of f then find the directional derivative. What is the maximum value of?
1:13:16 - Solenoidal vector field. Find values of constants a,b,c.
1:17:37 - Find the work done by the force field along C during the time interval [0,2]?
1:23:15 - Find equation of the tangent plane to the surface at the point (1,1,1)
1:25:35 - Find equation of the plane passing through the three points (1,2,3),(0,2,0),(1,1,1)
Enjoy it :)
Related Topics & Queries👇
--------------------------------------------
multivariable calculus 1 engineering mathematics
multivariable calculus final exam review
multivariable calculus engineering mathematics
multivariable differential equations
multivariable calculus 2 engineering mathematics
multivariable calculus integration 1 engineering mathematics
multivariable calculus midterm review
multivariable calculus final review
multivariable calculus chapter 12
multivariable calculus
A Level, A Level Mathematics, ACT Math, College Algebra, Algebra, Algebra 1,
Algebra 2, Abstract Algebra, Applied Mathematics, CLEP, CLEP Calculus,
CLEP College Algebra, CLEP College Mathematics, COMPASS, COMPASS Mathematics,
Calculus for Economics, Calculus for Business, Pre-Calculus Calculus 1,
Calculus 2, , Calculus 3, Vector Calculus, Multivariable Calculus,
Matrices, College Math, Competition Math, Differential Equations,
Laplace Transform, Mathematics for Engineering, GCSE Mathematics,
GED Math, GRE Quantitative, GRE Subject Test in Mathematics,
GRE Subject Tests, Geometry, Graduate Test Prep, HSPT, HSPT Math,
IB Mathematical Studies, IB Mathematics, ISEE, ISEE-Lower Level Mathematics Achievement,
ISEE-Middle Level Mathematics Achievement, ISEE-Upper Level Mathematics Achievement,
Linear Algebra 1, Linear Algebra 2, Elementary School Math, Middle School Math,
High School Math, Secondary Math, PSAT Mathematics, Test Prep, Trigonometry.
Комментарии