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QUESTION 1,solution, Solving for x, Algebra May June Exam 2025 Mathematics Grade 12 CAPS Paper 1
20:13
QUESTION 1,solution, Solving for x, Algebra May June Exam 2025 Mathematics Grade 12 CAPS Paper 1
Solve sin15 degrees, use an appropriate Half Angle Formula to find the exact value of the expression
2:30
Solve sin15 degrees, use an appropriate Half Angle Formula to find the exact value of the expression
Rewrite cos^2xsin^4x to first power of Cosine, analytical Trigonometry .
6:40
Rewrite cos^2xsin^4x to first power of Cosine, analytical Trigonometry .
Finding three angles equal to 60 degrees, Euclidean Geometry, Grade 12 CAPS , angles on same segment
3:55
Finding three angles equal to 60 degrees, Euclidean Geometry, Grade 12 CAPS , angles on same segment
If x - 2 is factor of x^3+mx+6, determine value of m, using remainder theorem. Algebra expression.
4:20
If x - 2 is factor of x^3+mx+6, determine value of m, using remainder theorem. Algebra expression.
Use formulas for lowering powers, rewrite expression in terms of first power of cosine, (cos〗^4)⁡x.
4:38
Use formulas for lowering powers, rewrite expression in terms of first power of cosine, (cos〗^4)⁡x.
sum of arithmetic series, determine the sum of whole numbers between 100 & 1000 divisible by 11.
5:27
sum of arithmetic series, determine the sum of whole numbers between 100 & 1000 divisible by 11.
using half angle formula to find the exact value of Sin22 5 degrees, analytical trigonometry, how to
3:34
using half angle formula to find the exact value of Sin22 5 degrees, analytical trigonometry, how to
Proving Identity sin3x/(sinxcox) = 4Cosx-Secx, trigonometry, converting triple angle to single angle
5:31
Proving Identity sin3x/(sinxcox) = 4Cosx-Secx, trigonometry, converting triple angle to single angle
Trigonometry, reducing triple angle to single angle, write cos(3x) in terms of cos(x).
3:28
Trigonometry, reducing triple angle to single angle, write cos(3x) in terms of cos(x).
Trigonometry, solving for double angles, finding Sin 2x, Cos 2x &Tan 2x from Sin x = 5/13, x in Q I
5:24
Trigonometry, solving for double angles, finding Sin 2x, Cos 2x &Tan 2x from Sin x = 5/13, x in Q I
Analytical geometry, how to determine coordinates of intersections of circle and straight line Gr12.
11:48
Analytical geometry, how to determine coordinates of intersections of circle and straight line Gr12.
Using double angle formulae, find Cos2x and Sin2x If Cos(x)= 2/3 , x is in Quadrant II, trigonometry
5:10
Using double angle formulae, find Cos2x and Sin2x If Cos(x)= 2/3 , x is in Quadrant II, trigonometry
work, energy & power, using energy principles to calculate frictional force experienced by a car
11:00
work, energy & power, using energy principles to calculate frictional force experienced by a car
calculating speed of stone from a trebuchet just as it reaches top of its parabolic path.
24:31
calculating speed of stone from a trebuchet just as it reaches top of its parabolic path.
determining initial speed, horizontal & vertical component, given angle with the vertical #kinematic
10:37
determining initial speed, horizontal & vertical component, given angle with the vertical #kinematic
determining height of a projectile, its horizontal and vertical component, #projectile motions
12:05
determining height of a projectile, its horizontal and vertical component, #projectile motions
#Physics, projectile motion, determining horizontal and vertical displacement of a thrown dart
4:03
#Physics, projectile motion, determining horizontal and vertical displacement of a thrown dart
Determining further distance covered by a projectile using angle of 8.0 degrees instead of 18.0
12:27
Determining further distance covered by a projectile using angle of 8.0 degrees instead of 18.0
#projectile motion 2D, determining average speed to run and catch a ball before it hits the ground
5:16
#projectile motion 2D, determining average speed to run and catch a ball before it hits the ground
Gr12, Physics, Chemistry #Rate of reactions, Kc, determining volume of container, given kc, [Prod]
5:33
Gr12, Physics, Chemistry #Rate of reactions, Kc, determining volume of container, given kc, [Prod]
#Projectile motions, Determining height of a projectile at a given time when launched at an angle
13:29
#Projectile motions, Determining height of a projectile at a given time when launched at an angle
#projectile motion, determining time radar decoy was in the air and height at which it was released
9:02
#projectile motion, determining time radar decoy was in the air and height at which it was released
Financial Accounting, preparing balance sheet and income statement from business transactions given.
33:38
Financial Accounting, preparing balance sheet and income statement from business transactions given.
Determining magnitude of catapulted stone, horizontal & vertical speed component #projectile motion.
11:33
Determining magnitude of catapulted stone, horizontal & vertical speed component #projectile motion.
Energy principle work, energy & power, determining final speed of an object moving up inclined surfc
11:42
Energy principle work, energy & power, determining final speed of an object moving up inclined surfc
Determining take-off speed when given range of a projectile and launched angle #projectile motion.
4:13
Determining take-off speed when given range of a projectile and launched angle #projectile motion.
Projectile Range Max, how to determine range of projectile when given initial velocity, #physics
4:11
Projectile Range Max, how to determine range of projectile when given initial velocity, #physics
#projectile motion 2D, calculating time object spent in air and initial speed of an object dropping.
6:49
#projectile motion 2D, calculating time object spent in air and initial speed of an object dropping.
Rate and Ratio, Solving Rate related problems, math literacy and pure math, problem walkthrough .
8:15
Rate and Ratio, Solving Rate related problems, math literacy and pure math, problem walkthrough .