Category: MDCAT ENGLISH MCQs

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.	Gerunds and Gerund Phrases mdcat	20.	Homonyms
21.	Homophones	22.	Identifying Sentence Errors
23.	Identifying Tense Errors	24.	INTERJECTION
25.	MCQs – Infinitives and Infinitive Phrases mdcat	26.	MCQs – Scanning and Locating Information
27.	MCQs – Synonyms & Semantic Nuance mdcat	28.	MDCAT ENGLISH MCQs
29.	Misused Words and Phrases	30.	MIXED MCQS
31.	NOUN	32.	ORDER OF ADJECTIVES
33.	Phrasal verbs	34.	Physics
35.	Prefixes and Suffixes	36.	Prepositions
37.	PRHASES	38.	PRONOUN
39.	PronounAntecedent Agreement	40.	Punctuation
41.	Random MCQs	42.	Reading Comprehension
43.	Semi-colon	44.	Sentence Structure
45.	Sentence Structure & Inversion mdcat	46.	Subject-Verb Agreement
47.	SUBORDINATING CONJUCTION	48.	Synonyms
49.	Tenses	50.	Transitonal devices and connectors
51.	Types of Sentences	52.	Use of Tenses
53.	VERB	54.	Word Choice and Style
55.	Word Formation	56.	Word Relationships
57.	Writing Skill and Proofreading

A curved line on a displacement-time graph indicates that the object’s velocity is:

Constant
Zero
Changing
Negative

A horizontal line on a displacement-time graph signifies that the object is:

Moving with constant velocity
Moving with constant acceleration
At rest
Moving with variable velocity

The slope of a displacement-time graph represents the physical quantity of:

Acceleration
Displacement
Velocity
Time

A straight, sloping line in a displacement-time graph indicates:

Non-uniform velocity
Uniform acceleration
Uniform velocity
An object at rest

A delivery drone flies 1 km North, 1 km East, 1 km South, and finally 1 km West, returning to its start point. The entire trip takes 10 minutes. Its average velocity is:

24 km/h
4 km/h
0.4 km/h
0 km/h

For a particle with uniform acceleration, the average velocity is equal to the:

Initial velocity
Final velocity
Arithmetic mean of initial and final velocities
Geometric mean of initial and final velocities

A ball is thrown upwards and reaches a height of 20 m. Its average velocity for the upward journey, taking 2 s, is:

20 m/s
10 m/s
5 m/s
0 m/s

If a body travels with constant acceleration ‘a’ for a time ‘t’, starting from rest, its average velocity is:

at
(1/2)at
at²
(1/2)at²

A car covers the first 50 km of its journey at 50 km/h and the next 50 km at 100 km/h. The average velocity for the 100 km journey is:

75 km/h
66.7 km/h
50 km/h
100 km/h

A train moves at 30 m/s for 30 s and then reverses direction to move at 30 m/s for 15 s. The average velocity is:

30 m/s
10 m/s
15 m/s
0 m/s

An object’s velocity is given by v = (2t) m/s. The average velocity between t=0 s and t=4 s is:

2 m/s
4 m/s
8 m/s
16 m/s

A bus travels one-third of a distance with a velocity of 10 m/s, the next one-third at 20 m/s, and the last one-third at 60 m/s. Its average velocity for the journey is approximately:

30 m/s
20 m/s
18 m/s
15 m/s

A boy walks to his school at a speed of 3 km/h and returns at a speed of 2 km/h. If he takes 5 hours in all, his average velocity for the round trip is:

2.5 km/h
2.4 km/h
5 km/h
0 km/h

A particle travels the first half of a total distance with speed v1 and the second half with speed v2. Its average speed is 2v1v2 / (v1+v2). Its average velocity is this value only if:

The motion is a round trip
The motion is always in the same direction
v1 = v2
The particle accelerates

An express train travels at an average velocity of 90 km/h. Its velocity in m/s is:

15 m/s
25 m/s
30 m/s
324 m/s

The conversion factor to change km/h to m/s is to multiply by:

1000
3600
18/5
18-May

A runner jogs East at 4 m/s for 100 s, then turns and jogs West at 2 m/s for 100 s. The average velocity is:

3 m/s East
1 m/s East
2 m/s East
6 m/s East

A car moves 100 km East in 2 hours, stops for 1 hour, then travels 100 km West in 2 hours back to the start. The average velocity for the entire 5-hour trip is:

40 km/h
50 km/h
80 km/h
0 km/h

A cyclist travels at 10 m/s for 10 s and then at 5 m/s for 20 s in the same direction. The average velocity is:

7.5 m/s
6.67 m/s
8.33 m/s
5 m/s

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