What is this campaign ?

The “look before you leap” campaign for std. X appearing students. It is a series of academic questions based on the std. IX and X syllabus which will be posted by IIT-HOME on its website and social media handles.

This campaign is only a precursor to the ASE (Admission Screening Examination). Admissions to IIT-HOME are offered only on the basis of student's performance in ASE, to be conducted on 2nd April.

OBJECTIVE

  • To help students self-evaluate and know if engineering is a good career choice for them
  • To test the engineering aptitude of the students and support their preparation for the X Board examination and to have an edge over others.
  • To make interested and capable students extend their thinking, beyond the limitations of their board syllabus - a necessary requirement to excel in competitive examinations.

OUTPUT

  • IIT-HOME will guide students and parents to get an evaluation of how appropriate is engineering for them. This will be done in the Guidance Seminar on 5th February.

DISCLAIMER

  • Student should have completed his revision of the related topic(s) from his std. X syllabus before attempting any question.
  • The objective of these questions is to expand the thinking horizons. Students should NOT get demoralized or disheartened, if they are unable to attempt the difficult questions.
  • A fair approach is expected from students and parents. Please note that this campaign is only meant for the self-evaluation of students. IIT-HOME will evaluate them through ASE..
  • No additional information about the questions is required to be searched on the internet.

GENERAL INSTRUCTIONS

  • The calculations may be done using a calculator. These questions intend to test your understanding and approach to solve them, and not your calculation skills.
  • CALCULATORS WILL NOT BE ALLOWED IN ASE
  • The correct answers to all the questions will be declared after the “Guidance Seminar”, scheduled on 5th February.
  • In case of any queries or difficulties, please contact IIT-HOME office on weekdays between 10 am and 6 pm.

campaign questions

Q.1

Q.2

After you have completed revision of: WORK & ENERGY, ELECTRICITY Watch the video and attempt the following questions. All required information is inside the video clip.

Q.1 How much energy does the Aspark Owl consume, on an average, to travel a distance of 1 km ?
[Recommended maximum time to solve the question: 10 min]

Q.2 If torque has units of force multiplied by distance, express the total torque generated by the 4 motors of Aspark Owl, in Newton-meters.
[Recommended maximum time: 10 min]

After you have tried your best, if you need a hint to solve the question, Click here
Next question of the campaign coming up on 1st FEB, 8:00 am

Q.3

Hope you remember LAWS of MOTION from your Class IX
If you have watched the video already, attempt the following question

Q.3 The brakes of the Aspark Owl are equally strong. When brakes are applied, the car can decelerate twice as fast as it accelerates from 0 to 60 mph. What total distance would the car cover if it is accelerated from 0-60 mph with maximum acceleration and then immediately braked to 0 mph ?
[Recommended maximum time: 20 min]

After you have tried your best, if you need a hint to solve the question, Click here
Next question of the campaign coming up on 1st FEB, 6:00 pm

Q.4

This question is also on LAWS of MOTION from your Class IX
Watch the video already, attempt the following question. Additional information needed for the questions is at the end of the video.

Q.4 When accelerating, assume that the tyres of the Aspark Owl push it with a force of x Newtons, while those of the Bugatti push it with a force of y Newtons. Which one among x and y would be greater ? By how much ? Ignore any factors other than the weight of the car that you think may be affecting its acceleration.
[Recommended maximum time: 20 min]

After you have tried your best, if you need a hint to solve the question, Click here
Next question of the campaign coming up on 2nd FEB, 11:00 am

Q.5

This question is based on work & energy and electricity. Disclaimer: This is the last and most difficult question of the set. Take it as a challenge!

Q.5 Efficiency of a system is defined as the ratio of work output and the energy consumed by it. Suppose a system consumes 100W energy and gives a work output of 80W, its efficiency will be 80%. If the efficiency of each electric motor of the Aspark Owl, at peak power is 88.1%, what is the resistance of winding (a coil of very long copper wire) inside the motor?
[Recommended maximum time: 30 min]

After you have tried your best, if you need a hint to solve the question, Click here
Next question of the campaign, on a new topic, coming up on 2nd FEB, 7:00 pm

Q.6

Remember this part from the movie Iron Man (2008) ? Let us solve a question on Circles and Trigonometry based on this.

Q.6 If at the highest point of his flight, Iron Man was able to see one third of the circumference of earth at equator, to what height from the surface of earth did he fly?
[Recommended Maximum Time for solving: 30 min]

After you have tried your best, if you need a hint to solve the question, visit the campaign link Click here
Next question of the campaign, on a new topic, coming up on 3rd FEB, 7:00 am

Q.7

Remember this part from the movie Iron Man (2008) ? Let us solve a question on Circles and Trigonometry based on this.

Q.7 The job of a shipping company is somewhat like playing TETRIS, to safely accommodate maximum number of parcels in a particular transport vehicle. While optimising the shipping of its parcels, a shipping company discovered that the the best way to arrange its parcel boxes, all cuboids, is such that one of its face has area 30cm2 and another one has area 24cm2. All edge lengths should be integers. What is the

  • a. Maximum possible volume of the box
  • b. Minimum possible volume of the box
  • c. Maximum possible surface area of the box
  • d. Minimum possible surface area of the box

[Recommended Maximum Time for solving: 30 min]

After you have tried your best, if you need a hint to solve the question, visit the campaign link Click here
Next question of the campaign, on a new topic, coming up on 3 rd FEB, 11:30 am

Q.8

This question is on Co-ordinate Geometry

Q.8 The statuary hall inside capital building in Washington D.C. is a whispering chamber in elliptical shaoe which is 90 feet long. The chamber has a two specific points S1 and S2 such that a person gently whispering in any direction from point S1 is clearly audible at point S2. This is because of a property of an ellipse that any line originating from S1, upon reflection from any point on the ellipse passes through the point S2. While doing so, it always travels a total distance of the length of ellipse, in this case - the length of the chamber. If line joining S1 and S2 is considered x-axis with co-ordinates of S1 as (−33, 0) and of P as (3, 27) then find co-ordinates of S2.
[Recommended Maximum Time for solving: 20 min]

After you have tried your best, if you need a hint to solve the question visit the campaign link Click here
Next question of the campaign, on a new topic, coming up on 3 rd FEB, 5:30 pm

Q.9

The last question of Mathematics is on MENSURATION & TRIGONOMETRY

Q.9 Now that you have gotten to know how ice cream is packaged in factories, calculate the following using the information given in the last frame.

  • 1. What volume of ice cream can the cone contain if it is filled completely with molten ice cream
  • 2. How much volume of ice cream should the dispenser machine be programmed to deliver for each cone, if ice cream is dispensed as sphere shaped scoops which will touch the walls of the cone as well as the paper lid at the top.
  • 3. If on melting, ice cream occupied 10% higher volume than in solid state, calculate the height of molten ice cream inside the cone. Assume that a spherical scoop of ice cream as calculated in point 2, was initially dispensed in the cone.
    [Recommended Maximum Time for solving all three: 40 min]

    After you have tried your best, if you need a hint to solve the question visit the campaign link Click here
    Next question of the campaign, on a new topic, coming up on 4 th FEB, 5:30 pm

Q.10

The last question of the campaign, on Carbon Compounds and Chemical Reactions & Equations

Q.10 It is known that petrol is a mixture of many different alkanes and alkenes with a minimum of 7 carbon atoms. When petrol burns inside a car engine, there are many different chemical reactions taking place.

  • 1. Write any one of those reactions, that you are able to think of, and then balance the chemical equation for the reaction.
  • 2. What would change in the chemical equation written by you, if nitrous oxide is introduced in the combustion.

A first of its kind question in your life - this question does not have a unique correct answer. Try to think of "a" correct answer.

No hints for the question ! Click here