MDCAT ENGLISH MCQs | nmdcat.online mdcat english mcqs for all

No.	Topics.	No.	Topics.
1.	3.MCQs – Figurative Language & Literary Devices	2.	ADJECTIVES
3.	ADVERB AND ITS TYPES	4.	Adverb placemnet and sentence structure
5.	Antonyms	6.	Articles
7.	CAPATILIZATION	8.	CLAUSES
9.	CLUASES AND PHRASES POSTIONING	10.	colon
11.	Common Article Errors	12.	Common Grammatical Errors
13.	CONJUNCTION	14.	Contextual Vocabulary
15.	COORDINATING CONJUCTION	16.	CORELATIVE CONJUNCTION
17.	Correcting Tense Errors	18.	Dash & Hyphen
19.	direct and indirect narrations	20.	Gerunds and Gerund Phrases mdcat
21.	Homonyms	22.	Homophones
23.	Identifying Sentence Errors	24.	Identifying Tense Errors
25.	Inference-based MCQs from the passages	26.	INTERJECTION
27.	MCQs – Infinitives and Infinitive Phrases mdcat	28.	MCQs – Scanning and Locating Information
29.	MCQs – Synonyms & Semantic Nuance mdcat	30.	MDCAT ENGLISH MCQs
31.	Misused Words and Phrases	32.	MIXED MCQS
33.	NOUN	34.	ORDER OF ADJECTIVES
35.	Phrasal verbs	36.	Physics
37.	Prefixes and Suffixes	38.	Prepositions
39.	PRHASES	40.	PRONOUN
41.	PronounAntecedent Agreement	42.	Punctuation
43.	Random MCQs	44.	Reading Comprehension
45.	Semi-colon	46.	Sentence Structure
47.	Sentence Structure & Inversion mdcat	48.	Subject-Verb Agreement
49.	SUBORDINATING CONJUCTION	50.	Synonyms
51.	Tenses	52.	Transitonal devices and connectors
53.	Types of Sentences	54.	Use of Tenses
55.	VERB	56.	vocabulary-in-context MCQs
57.	Word Choice and Style	58.	Word Formation
59.	Word Relationships	60.	Writing Skill and Proofreading

Which kinematic equation is derived assuming uniform acceleration?

v = u + at
v = d/t
F = ma

A ball is thrown vertically upwards. At its highest point, its acceleration is:

Zero
Downwards and equal to g
Upwards and equal to g
Dependent on the initial velocity

For uniform acceleration, the velocity-time graph does NOT pass through the origin if:

The initial velocity is zero
The acceleration is zero
The initial velocity is non-zero
The acceleration is negative

A car moving on a straight road increases its speed from 10 m/s to 20 m/s in 5 seconds. Its acceleration is:

Any type of motion
Only uniform velocity
Only uniform acceleration
Non-uniform acceleration

The value of acceleration due to gravity ‘g’ is typically considered constant near the Earth’s surface, thus objects in free fall exhibit:

Uniform velocity
Non-uniform motion
Uniform acceleration
Oscillatory motion

If an object undergoes uniform acceleration, its acceleration-time graph will be a:

Straight line inclined to the time axis
Curved line
Horizontal straight line
Vertical line

2 seconds
4 seconds
5 seconds
8 seconds

In uniform acceleration, the final velocity (v) squared minus the initial velocity (u) squared is equal to:

2as
2a/s
a/2s
s/2a

The displacement of an object starting from rest and moving with uniform acceleration is directly proportional to:

Time
Square of time
Velocity
Acceleration

The concept of uniform acceleration is valid when:

Air resistance is significant
The net force acting on the object is constant
The velocity of the object is constant
The object is at rest

A common misconception is that uniform acceleration means uniform speed. Why is this false?

Acceleration affects only direction.
Uniform acceleration means velocity changes, and speed is the magnitude of velocity.
Speed cannot change at a constant rate.
Uniform acceleration is only for objects at rest.

A stone is thrown vertically upwards. Neglecting air resistance, its acceleration while moving upwards is:

Constant and equal to g (downwards)
Constant and equal to g (upwards)
Decreasing
Increasing

Which graph represents uniform acceleration if velocity is plotted against time?

A horizontal straight line
A straight line through the origin
A curved line concave upwards
A straight line with a non-zero slope

If a vehicle undergoes uniform acceleration, the force acting on it is:

Increasing
Decreasing
Constant
Zero

Which of the following best describes the motion of a ball rolled up an incline, assuming negligible friction, after it leaves your hand?

Uniform velocity
Uniform acceleration downwards along the incline
Uniform acceleration upwards along the incline
Non-uniform acceleration

An object starts from rest and moves with uniform acceleration. The ratio of distances covered in the 1st, 2nd, and 3rd seconds will be:

1:02:03
1:03:05
1:04:09
1:01:01

A positive uniform acceleration implies that the object is always:

Speeding up
Slowing down
Increasing its velocity in the positive direction
Decreasing its velocity in the positive direction

An object starting from rest moves with uniform acceleration ‘a’. Its velocity after time ‘t’ is given by:

v = at
v = u + at
v = gt

Category: MDCAT ENGLISH MCQs

Which kinematic equation is derived assuming uniform acceleration?

A ball is thrown vertically upwards. At its highest point, its acceleration is:

For uniform acceleration, the velocity-time graph does NOT pass through the origin if:

A car moving on a straight road increases its speed from 10 m/s to 20 m/s in 5 seconds. Its acceleration is:

The value of acceleration due to gravity ‘g’ is typically considered constant near the Earth’s surface, thus objects in free fall exhibit:

If an object undergoes uniform acceleration, its acceleration-time graph will be a:

In uniform acceleration, the final velocity (v) squared minus the initial velocity (u) squared is equal to:

The displacement of an object starting from rest and moving with uniform acceleration is directly proportional to:

The concept of uniform acceleration is valid when:

A common misconception is that uniform acceleration means uniform speed. Why is this false?

A stone is thrown vertically upwards. Neglecting air resistance, its acceleration while moving upwards is:

Which graph represents uniform acceleration if velocity is plotted against time?

If a vehicle undergoes uniform acceleration, the force acting on it is:

Which of the following best describes the motion of a ball rolled up an incline, assuming negligible friction, after it leaves your hand?

An object starts from rest and moves with uniform acceleration. The ratio of distances covered in the 1st, 2nd, and 3rd seconds will be:

A positive uniform acceleration implies that the object is always:

An object starting from rest moves with uniform acceleration ‘a’. Its velocity after time ‘t’ is given by:

Top Contributors

All Categories

Quantitative Reasoning (Maths)

Verbal Reasoning (English)

Past Papers

Practice Papers

Site Pages.

Top Categories.

Site Links.