Home
Class 10
BIOLOGY
Consider the various options we have whe...

Consider the various options we have when we choose a fuel for cooking our food.
Would your choice be different if you lived ……………………….....
(a) In a forest?
(b) In a remote mountain village or small island?
(c) In New Delhi?
(d) lived five centuries ago?

Text Solution

Verified by Experts

`{:("We live in",,"Our choice will be"),("(a) in a forest",-,"wood, dry leaves"),("(b) in a remote mountain",-,"wood, dry leaves,"),("village or small island",,"cow-dung cake"),("(c) in New Delhi",-,"LPG, PNG"),("(d) lived five centuries",-,"wood ago"):}`
Promotional Banner

Topper's Solved these Questions

  • SOURCES OF ENERGY

    KUMAR PRAKASHAN|Exercise TEXTUAL EXERCISE|10 Videos
  • SOURCES OF ENERGY

    KUMAR PRAKASHAN|Exercise ADDITIONAL QUESTIONS AND ANSWERS|22 Videos
  • QUESTION PAPER-2 (MARCH,2020 - BOARD'S QUESTIONS PAPER)

    KUMAR PRAKASHAN|Exercise Section - C (Answer the following questions)|1 Videos
  • SUSTAINABLE MANAGEMENT OF NATURAL RESOURECES

    KUMAR PRAKASHAN|Exercise PRACTICAL SKILL BASED QUESTIONS WITH ANSWER|4 Videos

Similar Questions

Explore conceptually related problems

Consider the various options we have when we choose a fuel for cooking our food. What are the criteria you would consider when trying to categorise something as a good fuel ?

It is said that elemental composition of living organisms and that of inanimate objects (like earth's crust) are similar in the sense that all the major elements are present in both. Then what would be the difference between these two groups ? Choose a correct answer from among the following. (A) Living organisms have more gold in them than inanimate objects. (B) Living organisms have more water in their body than inanimate objects. (C) Living organisms have more carbon, oxygen and hydrogen per unit mass than inanimate objects. (D) Living organisms have more calcium in them than inanimate objects.

Consider a closed loop C in a magnetic field as shown in figure. The flux passing through the loop is defined by choosing a surface whose edge coincides with the loop and using the formula phi=vecB_1 . dvecA_1 + vecB_2 . dvecA_2 +…. Now if we choose two different surfaces S_1 and S_2 having C as their edge, would we get the same answer for flux. Justify your answer.