Fill in the blanks so as to make the following statements true:
A line separates a plane into ______ parts namely the ______ and the _____ itself.
A line separates a plane into ______ parts namely the ______ and the _____ itself.
Question types
Introduction To Euclid's Geometry question types
41 questions across 5 question groups — pick any mix to generate a Maths paper with step-by-step answer keys.
41
Questions
5
Question groups
5
Question types
01
Fill in the Blanks.
4 Q→02True False With Reason
10 Q→031 Mark Question
8 Q→042 Mark Question
18 Q→053 Mark Question
1 Q→Sample Questions
Introduction To Euclid's Geometry questions
One sample from each question group in this chapter. Select any group above to see the full set with answer keys.
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Fill in the blanks so as to make the following statements true:
Given a line and a point, not on the line, there is one and only______ line which passes through the given point and is______ to the given line.
Given a line and a point, not on the line, there is one and only______ line which passes through the given point and is______ to the given line.
Fill in the blanks so as to make the following statements true:
Two distinct _______ in a plane cannot have more than one point in common.
Two distinct _______ in a plane cannot have more than one point in common.
Fill in the blanks so as to make the following statements true:
Two distinct points in a plane determine a _______ line.
Two distinct points in a plane determine a _______ line.
Write the truth value (T/F) of the following statements:
A segment has one end-point only.
A segment has one end-point only.
Write the truth value (T/F) of the following statements:
Every ray has a finite length.
Every ray has a finite length.
Write the truth value (T/F) of the following statements:
Only a single line may pass through a given point.
Only a single line may pass through a given point.
Write the truth value (T/F) of the following statements:
A segment has no length.
A segment has no length.
Write the truth value (T/F) of the following statements:
The ray AB is same as ray BA.
The ray AB is same as ray BA.
In the below figure. Name the following:
Four collinear points.
Four collinear points.
In how many points can two distinct lines at the most intersect?
Name the line segments determined by the three collinear points P. Q and R.
How many lines can pass through a given point?
Given two points P and Q. Find how many line segments do they deter-mine.
How many least number of distinct points determine a unique plane?
How many least number of distinct points determine a unique line?
Define the following terms:
Parallel lines.
Parallel lines.
How many lines can be drawn through a geven point.
In how many points a line, not in a plane, can intersect the plane?
Given three distinct points in a plane, how many lines can be drawn by joining them?
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