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Test: Introduction To Euclid's Geometry - 1 - Grade 9 MCQ


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25 Questions MCQ Test - Test: Introduction To Euclid's Geometry - 1

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Test: Introduction To Euclid's Geometry - 1 - Question 1

The side faces of a pyramid are

Detailed Solution for Test: Introduction To Euclid's Geometry - 1 - Question 1
A pyramid is a polyhedron that has a base, which can be any polygon, and three or more triangular faces that meet at a point called the apex. These triangular sides are sometimes called the lateral faces to distinguish them from the base.
Test: Introduction To Euclid's Geometry - 1 - Question 2

Which of the following are boundaries of a surface?

Detailed Solution for Test: Introduction To Euclid's Geometry - 1 - Question 2

The boundaries of the surfaces are curves or straight lines.

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Test: Introduction To Euclid's Geometry - 1 - Question 3

It is known that if a + b = 4 then a + b + c = 4 + c. The Euclid’s axiom that illustrates this statement is

Test: Introduction To Euclid's Geometry - 1 - Question 4

It is known that if a + b = 4 then a + b – c = 4 – c. The Euclid’s axiom that illustrates this statement is

Test: Introduction To Euclid's Geometry - 1 - Question 5

It is known that if a + b = 4 then 2(a + b) = 8. The Euclid’s axiom that illustrates this statement is

Test: Introduction To Euclid's Geometry - 1 - Question 6

It is known that if a + b = 4 then 1/2(a + b) = 2. The Euclid’s axiom that illustrates this statement is

Test: Introduction To Euclid's Geometry - 1 - Question 7

A surface is that which has

Test: Introduction To Euclid's Geometry - 1 - Question 8

The number of lines passing through one point

Test: Introduction To Euclid's Geometry - 1 - Question 9

The number of lines passing through two distinct points

Test: Introduction To Euclid's Geometry - 1 - Question 10

The whole is _________ the part.

Test: Introduction To Euclid's Geometry - 1 - Question 11

Every line has

Detailed Solution for Test: Introduction To Euclid's Geometry - 1 - Question 11
Midpoint is the point which divides a line into two equal lines . when it become two equal we need to consider them as separate individual line in which each line has its own midpoint. so a line has only one midpoint which is unique.
Test: Introduction To Euclid's Geometry - 1 - Question 12

Two lines are said to be _________, if they intersect at a right angle.

Test: Introduction To Euclid's Geometry - 1 - Question 13

If point ‘C’ lies between two points A and B such that AC = BC, then

Test: Introduction To Euclid's Geometry - 1 - Question 14

Euclid was a teacher of mathematics at ?

Detailed Solution for Test: Introduction To Euclid's Geometry - 1 - Question 14

Euclid was a teacher of mathematics at Egypt.
Ans- Option A.

Test: Introduction To Euclid's Geometry - 1 - Question 15

Thales belongs to

Test: Introduction To Euclid's Geometry - 1 - Question 16

Pythagoras was a student of

Test: Introduction To Euclid's Geometry - 1 - Question 17

Which of the following needs a proof?

Test: Introduction To Euclid's Geometry - 1 - Question 18

Euclid stated that all right angles are equal to each other in the form of

Test: Introduction To Euclid's Geometry - 1 - Question 19

In Indus Valley Civilisation the bricks used for construction work were having dimensions in the ratio

Test: Introduction To Euclid's Geometry - 1 - Question 20

In ancient India, the shapes of altars used for house hold rituals were

Test: Introduction To Euclid's Geometry - 1 - Question 21

“Lines are parallel if they do not intersect” is stated in the form of

Detailed Solution for Test: Introduction To Euclid's Geometry - 1 - Question 21

It is the definition of parallel lines.

Test: Introduction To Euclid's Geometry - 1 - Question 22

The edge of a surface are

Test: Introduction To Euclid's Geometry - 1 - Question 23

The boundaries of the solids are

Test: Introduction To Euclid's Geometry - 1 - Question 24

If the point P lies in between M and N, C is the mid-point of MP then

Test: Introduction To Euclid's Geometry - 1 - Question 25

Axioms are assumed

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