GATE 2010 Electronics and Communication Engineering (EC) - Offline Question Paper with Answer Key PDFs (Feb-14-Forenoon Session)

GATE 2010 Electronics and Communication Engineering (EC) - Offline Question Paper with Answer Key pdf is available for download. The exam was conducted by IIT Guwahati on Feb-14 in the Forenoon Session. The question paper comprised a total of 65 questions from General Aptitude and Electronics and Communication Engineering (EC) - Offline topics.

Check latest news of GATE exam

GATE 2010 Electronics and Communication Engineering (EC) - Offline Question Paper with Answer Key PDFs -Forenoon Session

GATE 2010 Electronics and Communication Engineering (EC) - Offline Question Paper PDF	GATE 2010 Electronics and Communication Engineering (EC) - Offline Answer Key PDF
Download PDF	Available Soon

GATE Previous Year Question Papers

GATE 2022 Question Papers	GATE 2021 Question Papers	GATE 2020 Question Papers
GATE 2019 Question Papers	GATE 2018 Question Papers	GATE 2017 Question Papers

1.
The area of a rhombus whose vertices are (3, 0), (4, 5), (-1, 4) and (-2,-1) taken in order, is:

12 sq.units
24 sq.units

View Solution

2.
\((1+i)^{2}\div i(2i-1)\)

View Solution

3.
new

new one
new one two

View Solution

4.
M. Hamel is introduced as a ruler-wielding teacher. This demonstrates that:

he is adamant.
he is a hard taskmaster.

View Solution

5.
sample text

View Solution

6.
In p-type semiconductor density of mobile holes exceeds that of conduction electrons. Hence, minority carriers in p -type semiconductor are conduction (free) electrons.

View Solution

Fees Structure

Structure based on different categories

Categories	State
General	1400
Women	900
sc	900
pwd	900

Note: GATE 2025 Application Fee needs to be paid online through net banking or debit card or credit card facilities. Additional charges will be applicable as per the rule of the bank from where the money is being transferred. This charge will be specified on the payment portal.

In case of any inaccuracy, Notify Us!

CEED Question Papers	Karnataka PGCET Question Papers	IIT JAM Question Papers
AP PGECET Question Papers	TS PGECET Question Papers	IPU CET Question Papers

GATE 2010 Electronics and Communication Engineering (EC) - Offline Question Paper with Answer Key PDFs (Feb-14-Forenoon Session)

GATE 2010 Electronics and Communication Engineering (EC) - Offline Question Paper with Answer Key PDFs -Forenoon Session

GATE Previous Year Question Papers

Other PG Exam Question Papers

GATE Questions

1.
The area of a rhombus whose vertices are (3, 0), (4, 5), (-1, 4) and (-2,-1) taken in order, is:

2.
\((1+i)^{2}\div i(2i-1)\)

3.
new

4.
M. Hamel is introduced as a ruler-wielding teacher. This demonstrates that:

5.
sample text

6.
In p-type semiconductor density of mobile holes exceeds that of conduction electrons. Hence, minority carriers in p -type semiconductor are conduction (free) electrons.

Fees Structure

Structure based on different categories

Comments

SUBSCRIBE TO OUR NEWS LETTER

GATE 2010 Electronics and Communication Engineering (EC) - Offline Question Paper with Answer Key PDFs -Forenoon Session

GATE Previous Year Question Papers

Other PG Exam Question Papers

GATE Questions

1.The area of a rhombus whose vertices are (3, 0), (4, 5), (-1, 4) and (-2,-1) taken in order, is:

2.\((1+i)^{2}\div i(2i-1)\)

3.new

4.M. Hamel is introduced as a ruler-wielding teacher. This demonstrates that:

5.sample text

6.In p-type semiconductor density of mobile holes exceeds that of conduction electrons. Hence, minority carriers in p -type semiconductor are conduction (free) electrons.

Fees Structure

Structure based on different categories

Comments

SUBSCRIBE TO OUR NEWS LETTER

1.
The area of a rhombus whose vertices are (3, 0), (4, 5), (-1, 4) and (-2,-1) taken in order, is:

2.
\((1+i)^{2}\div i(2i-1)\)

3.
new

4.
M. Hamel is introduced as a ruler-wielding teacher. This demonstrates that:

5.
sample text

6.
In p-type semiconductor density of mobile holes exceeds that of conduction electrons. Hence, minority carriers in p -type semiconductor are conduction (free) electrons.