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Mathematics
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How many lines can be drawn through both of the given points?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

How many lines can be drawn through a given point.

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

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In how many points two distinct lines can intersect?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

In how many points a line, not in a plane, can intersect the plane?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

In how many points two distinct planes can intersect?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

In how many lines two distinct planes can intersect?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

How many least number of distinct points determine a unique plane?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

Given three distinct points in a plane, how many lines can be drawn by joining them?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

How many planes can be made to pass through a line and a point not on the line?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

How many planes can be made to pass through two points?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

How many planes can be made to pass through three distinct points?

[7] Introduction to Euclid’s Geometry: Axioms and Postulates
Chapter: [7] Introduction to Euclid’s Geometry: Axioms and Postulates
Concept: undefined >> undefined

Find the area of a triangle whose base and altitude are 5 cm and 4 cm respectively.

 
[12] Area and Perimeter
Chapter: [12] Area and Perimeter
Concept: undefined >> undefined

Find the area of a triangle whose sides are 3 cm, 4 cm and 5 cm respectively.

 
[12] Area and Perimeter
Chapter: [12] Area and Perimeter
Concept: undefined >> undefined

Find the area of an isosceles triangle having the base x cm and one side y cm.

 
[12] Area and Perimeter
Chapter: [12] Area and Perimeter
Concept: undefined >> undefined

Find the measure of each angle of an equilateral triangle.

[9] Triangles: Congruence Theorems
Chapter: [9] Triangles: Congruence Theorems
Concept: undefined >> undefined

CDE is an equilateral triangle formed on a side CD of a square ABCD. Show that ΔADE ≅ΔBCE.

[9] Triangles: Congruence Theorems
Chapter: [9] Triangles: Congruence Theorems
Concept: undefined >> undefined

Prove that the sum of three altitudes of a triangle is less than the sum of its sides.

[9] Triangles: Congruence Theorems
Chapter: [9] Triangles: Congruence Theorems
Concept: undefined >> undefined

In the given figure, if AB = AC and ∠B = ∠C. Prove that BQ = CP.

[9] Triangles: Congruence Theorems
Chapter: [9] Triangles: Congruence Theorems
Concept: undefined >> undefined

Mark the correct alternative in each of the following:

If ABC ≅  ΔLKM, then side of ΔLKM equal to side AC of ΔABC is

[9] Triangles: Congruence Theorems
Chapter: [9] Triangles: Congruence Theorems
Concept: undefined >> undefined

If ΔABC ≅  ΔABC is isosceles with

[9] Triangles: Congruence Theorems
Chapter: [9] Triangles: Congruence Theorems
Concept: undefined >> undefined
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