Category: MDCAT ENGLISH MCQs

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

Steady current produces constant:

Magnetic field
Temperature
Capacitance
Charge density

A steady current of 2 A flows for 10 seconds. Charge passed is:

2 C
10 C
5 C
20 C

In a circuit with steady current, electric field:

Fluctuates
Reverses
Remains constant
Stops abruptly

A current is said to be steady when:

dI/dt ? 0
dI/dt = 0
I = 0

A steady current does NOT depend on:

Time
Voltage
Resistance
Charge

Steady current produces:

Magnetic field only
Electric field only
Heat only
Constant magnetic field

The direction of steady current in a conductor is:

Random
Changing
Opposite to electron flow
Along proton drift

Ohm?s law is valid for:

All circuits
Steady currents
Changing currents
Batteries only

Steady current satisfies:

Faraday?s Law
Ohm?s Law
Gauss?s Law
Ampere?s Law

A graph of steady current vs time appears as:

Sine wave
Parabola
Horizontal line
Zigzag line

When a current is steady, the flow of charge is:

Constant
Pulsed
Varying
Alternating

A steady current in a wire indicates:

Electrons are stationary
Voltage is zero
Current fluctuates
Electrons flow at uniform rate

In a steady current circuit, potential difference between two points is:

Fluctuating
Constant
Zero
Negative

If a current of 1.5 A flows through a wire for 4 minutes, charge passed is:

180 C
360 C
240 C
60 C

Steady current produces steady:

Capacitance
Electric field
Resistance
Magnetic field

A device supplying steady current is:

Transformer
Capacitor
Battery
Inductor

Resistance in a circuit with steady current is calculated using:

V = IR
Q = It
P = IV
R = I/V

The drift velocity in a steady current:

Constant
Exponentially increasing
Random
Oscillatory

Which condition is true for a steady current?

Current varies with time
Voltage varies with time
dI/dt = 0
dV/dt ? 0

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