Types of Matrices
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Types of Matrices
13:22
If alpha and beta are the zeros of the polynomial 3x^2+5x-1.
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If alpha and beta are the zeros of the polynomial 3x^2+5x-1.
7:02
Q11 NCERT EX5.3 for class X
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Q11 NCERT EX5.3 for class X
10:23
QUESTION ON PYTHAGORAS THEOREM
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QUESTION ON PYTHAGORAS THEOREM
6:21
Q14 EX 6.3| NCERT CLASS 10|
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Q14 EX 6.3| NCERT CLASS 10|
12:16
Use google site or make portfolio through mobile.
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Use google site or make portfolio through mobile.
1:10
CONSISTENCY AND INCONSISTENCY of linear pair of equations in two variables.
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CONSISTENCY AND INCONSISTENCY of linear pair of equations in two variables.
1:33
Equation of a Circle
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Equation of a Circle
8:14
#Geometry#Construction of pair of tangents from an external point to the circle.
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#Geometry#Construction of pair of tangents from an external point to the circle.
4:01
#geometry#DIVIDE ANY LINE SEGMENT IN THE GIVEN RATIO#2
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#geometry#DIVIDE ANY LINE SEGMENT IN THE GIVEN RATIO#2
6:34
#Geometry #DIVIDE A LINE SEGMENT IN THE GIVEN RATIO.
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#Geometry #DIVIDE A LINE SEGMENT IN THE GIVEN RATIO.
7:17
THEOREM# Radius is perpendicular to the tangent at point of contact# proof
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THEOREM# Radius is perpendicular to the tangent at point of contact# proof
6:21
#Trignometric Identities #Math
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#Trignometric Identities #Math
10:07
#AR#3D Object - CYLINDER
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#AR#3D Object - CYLINDER
1:12
For the given addition (xy+xy+xy+xy = zx), find the sum of the 3 digits represented by x, y and z
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For the given addition (xy+xy+xy+xy = zx), find the sum of the 3 digits represented by x, y and z
6:24
#Centroid of the triangle#Derivation
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#Centroid of the triangle#Derivation
4:32
#DERIVATION#SECTION FORMULA
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#DERIVATION#SECTION FORMULA
7:50
derivation#distance formula#coordinate geometry
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derivation#distance formula#coordinate geometry
4:38
Understanding #Trigonometric functions in a #unit circle(1)
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Understanding #Trigonometric functions in a #unit circle(1)
9:06
#Proof of Pythagoras' Theorem
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#Proof of Pythagoras' Theorem
6:44
#COROLLARY OF BPT
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#COROLLARY OF BPT
4:26
#Converse of BPT#Converse of Thales' Theorem
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#Converse of BPT#Converse of Thales' Theorem
6:30
#Proof of BPT (Basic Proportionality Theorem) #Thales' Theorem
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#Proof of BPT (Basic Proportionality Theorem) #Thales' Theorem
10:19
# DERIVATION OF THE SUM OF THE GIVEN AP
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# DERIVATION OF THE SUM OF THE GIVEN AP
3:37
#General term of AP#nth term of AP
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#General term of AP#nth term of AP
5:07
#Arithmetic Progression#Introduction to AP
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#Arithmetic Progression#Introduction to AP
6:14
#Application question on nature of roots#Quadratic equations
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#Application question on nature of roots#Quadratic equations
6:20
#Derivation of Quadratic formula#Shreedharacharya's rule(2)
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#Derivation of Quadratic formula#Shreedharacharya's rule(2)
4:45
#Linear pair of equations in two variables#Substitution method
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#Linear pair of equations in two variables#Substitution method
6:37
#nature of the roots of a quadratic equations#math made easy.
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#nature of the roots of a quadratic equations#math made easy.
4:23
#Shreedharacharya's rule#Derivation#Quadratic formula(1)#Application of quadratic formula
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#Shreedharacharya's rule#Derivation#Quadratic formula(1)#Application of quadratic formula
4:39
#quadratic equation#completing the square method (2)
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#quadratic equation#completing the square method (2)
3:48
#Quadratic Equations#Completing the square method(1)
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#Quadratic Equations#Completing the square method(1)
8:10
#Quadratic Equations #factorization
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#Quadratic Equations #factorization
8:40
#Prove that the number (5X11X13+13) is#composite.#math made easy.
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#Prove that the number (5X11X13+13) is#composite.#math made easy.
3:39
#Fundamental Theorem of Arithmetic.#math made easy
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#Fundamental Theorem of Arithmetic.#math made easy
4:46
#Show that the cube of any +ve integer is either of the form#9m or 9m+1 or 9m+8 for some integer m.
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#Show that the cube of any +ve integer is either of the form#9m or 9m+1 or 9m+8 for some integer m.
9:36
Show that the square of any +ve integer is either of the form 3m or 3m+1 for some integer m.
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Show that the square of any +ve integer is either of the form 3m or 3m+1 for some integer m.
7:43
#Application of lemma#Any +ve integer is of the form 3m or 3m+1 or 3m+2, where m is some integer.
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#Application of lemma#Any +ve integer is of the form 3m or 3m+1 or 3m+2, where m is some integer.
4:26
#lemma#Show that every + even integer is of the form 2m and every + odd integer if of the form 2m+1.
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#lemma#Show that every + even integer is of the form 2m and every + odd integer if of the form 2m+1.
6:52
#Application of Lemma#Algorithm#HCF
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#Application of Lemma#Algorithm#HCF
5:26
#Lemma#Euclid's Division Lemma#math made easy
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#Lemma#Euclid's Division Lemma#math made easy
7:31
Teach #math easily online using Microsoft Whiteboard!
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Teach #math easily online using Microsoft Whiteboard!
4:20
TEACH- MATH, ENGLISH, HINDI or any SUBJECT easily #Effective Online Teaching!/ USING ONE NOTE!
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TEACH- MATH, ENGLISH, HINDI or any SUBJECT easily #Effective Online Teaching!/ USING ONE NOTE!
4:39