Use the information given to find the length of AB.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find the length of AB.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
In the given figure, AB and EC are parallel to each other. Sides AD and BC are 2 cm each and are perpendicular to AB.
Given that ∠ AED = 60° and ∠ ACD = 45°. Calculate: AB.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
In the given figure, AB and EC are parallel to each other. Sides AD and BC are 2 cm each and are perpendicular to AB.
Given that ∠AED = 60° and ∠ACD = 45°. Calculate: AC
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
In the given figure, AB and EC are parallel to each other. Sides AD and BC are 2 cm each and are perpendicular to AB.
Given that ∠ AED = 60° and ∠ ACD = 45°. Calculate: AE.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
In the given figure, ∠B = 60°, AB = 16 cm and BC = 23 cm,
Calculate:
- BE
- AC
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find: BC
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find: AD
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find: AC
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
In right-angled triangle ABC; ∠ B = 90°. Find the magnitude of angle A, if: AB is √3 times of BC.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
In right-angled triangle ABC; ∠B = 90°. Find the magnitude of angle A, if:
BC is `sqrt(3)` times of AB.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
A ladder is placed against a vertical tower. If the ladder makes an angle of 30° with the ground and reaches upto a height of 15 m of the tower; find length of the ladder.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
A kite is attached to a 100 m long string. Find the greatest height reached by the kite when its string makes an angles of 60° with the level ground.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find AB and BC, if:
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find AB and BC, if:
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find AB and BC, if:
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find PQ, if AB = 150 m, ∠ P = 30° and ∠ Q = 45°.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
Find PQ, if AB = 150 m, ∠P = 30° and ∠Q = 45°.
.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
If tan x° = `(5)/(12)`,
tan y° = `(3)/(4)` and AB = 48 m; find the length of CD.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
The perimeter of a rhombus is 96 cm and obtuse angle of it is 120°. Find the lengths of its diagonals.
[24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Chapter: [24] Solution of Right Triangles [Simple 2-d Problems Involving One Right-angled Triangle]
Concept: undefined >> undefined
