Lakhmir Singh and Manjit Kaur Solutions for Chapter: Model Test Paper (As Per the Latest Marking Scheme), Exercise 1: MODEL TEST PAPER (As per the latest marking scheme)

Author:Lakhmir Singh & Manjit Kaur

Lakhmir Singh Chemistry Solutions for Exercise - Lakhmir Singh and Manjit Kaur Solutions for Chapter: Model Test Paper (As Per the Latest Marking Scheme), Exercise 1: MODEL TEST PAPER (As per the latest marking scheme)

Attempt the practice questions on Chapter 6: Model Test Paper (As Per the Latest Marking Scheme), Exercise 1: MODEL TEST PAPER (As per the latest marking scheme) with hints and solutions to strengthen your understanding. Science for Ninth class Part 2 Chemistry solutions are prepared by Experienced Embibe Experts.

Questions from Lakhmir Singh and Manjit Kaur Solutions for Chapter: Model Test Paper (As Per the Latest Marking Scheme), Exercise 1: MODEL TEST PAPER (As per the latest marking scheme) with Hints & Solutions

MEDIUM
9th CBSE
IMPORTANT

Match the contents of column I and II

Column I Column II
1. Photosynthetic tissue a. Transport
2. Epithelial tissue b. Protection
3. Connective tissue c. Message
4. Blood tissue  d. Feeding
5. Nervous tissue  e. Strength
6. Collenchyma   f. Division
7. Bone     g. Flexibility
8. Meristem   h. Calcium and phosphorus

MEDIUM
9th CBSE
IMPORTANT

Define the term 'latent heat of fusion' of a solid. How much is the latent heat fusion of ice?

HARD
9th CBSE
IMPORTANT

Draw a labelled diagram of the experimental set-up to study the latent heat of fusion of ice.

EASY
9th CBSE
IMPORTANT

What are valence electrons? Where are valence electrons situated in an atom?

EASY
9th CBSE
IMPORTANT

What is the number of valence electrons in the atoms of an element having atomic number 13? Name the valence shell of this atom.

MEDIUM
9th CBSE
IMPORTANT

Explain how, the total energy of a swinging pendulum at any instant of time remains conserved. Illustrate your answer with the help of a labelled diagram.

EASY
9th CBSE
IMPORTANT

The echo of a sound is heard after 5 seconds. If the speed of sound in air be 342 m/s, calculate the distance of the reflecting surface.