EAMCET Engineering Question Paper 1998 Answers Solution Free Download

EAMCET Engineering Question Paper 1998 Answers Solution Free Download.

EAMCET  i.e Engineering Agriculture and Medicine Common Entrance Test 1998 Exam Has been Conducted by JNT University Hyderabad on behalf of APSCHE. This EAMCET 1998 examination is the procedure to get the admission in Engineering and Medical colleges in Andhra Pradesh (APEAMCET).

Engineering Agriculture and Medicine Common Entrance Test 1998 – EAMCET Engineering 1998 Question consist of Physics, Chemistry, and Mathematics all these subjects in EAMCET Engineering 1998 exam written test are multiple choice question (MCQ) i.e objective type e Engineering Agriculture and Medicine Common Entrance Test 1998 Engineering 1998 Question paper Free Download PDF is available in www.oldquestionpapers.net which has been provided by many students this EAMCET Engineering 1998 paper is available for all the students in FREE and also EAMCET Engineering 1998 question paper fully solved i.e with answer keys and solution.

EAMCET Engineering Question Paper 1998 Answers Solution Free Download

You can get daily updates on EAMCET Engineering 1998 from www.oldquestionpapers.net here you can also check similar links for other related study materials on  EAMCET Engineering exam. Here EAMCET  i.e Engineering 1998 question is also available in English and Telugu

 A simple pendulum hanging freely and at rest is vertical because in that position

(a) kinetic energy is zero
(b) kinetic energy is minimum
(c) potential energy is zero
(d) potential energy is minimum

A car of mass 400 kg and travelling at 72 km/h crashes into a truck of mass 4000 kg and travelling at 9 km/h, in the same direction. The car bounces back at a speed of 18 km/h. The speed of the truck after the impact is

(a) 9 km/h
(b) 18 km/h
(c) 27 km/h
(d) 36 km/h

 For an electron circulating around the nucleus, the ceritripetal force is supplied by:

(a) electromagnetic force
(b) electrostatic force
(c) gravitational force
(d) magnetic force

 A real gas can be approximated to an ideal gas at:

(a) low density
(b) high pressure
(c) high density
(d) low temperate

Download this full Question Paper FREE