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MCQOPTIONS
This section includes 2637 Mcqs, each offering curated multiple-choice questions to sharpen your 7th Class knowledge and support exam preparation. Choose a topic below to get started.
| 1151. |
Suppose you are in a car and it is raining heavily with thunderstorms. Then what is the best way to protect yourself from a possible thunder storm fall? |
| A. | Remain in the car |
| B. | Get out of the car and take cover under the car |
| C. | Run to a nearby tree |
| D. | Get out and stand under an electric pole |
| Answer» B. Get out of the car and take cover under the car | |
| 1152. |
This phenomenon is quite frequent in India and it may form within a cyclone. It is a |
| A. | Cyclone |
| B. | hurricane |
| C. | Tornado |
| D. | typhoon |
| Answer» D. typhoon | |
| 1153. |
Why does warm air rise up? |
| A. | It is heavier than cold air |
| B. | It is lighter than cold air |
| C. | Warm air occupies less space than cold air |
| D. | None of these |
| Answer» C. Warm air occupies less space than cold air | |
| 1154. |
Typhoon is essentially a |
| A. | cyclone |
| B. | thunderstorm |
| C. | tornado |
| D. | None of these |
| Answer» B. thunderstorm | |
| 1155. |
Which of the following help in development of a cyclone? |
| A. | Wind speed |
| B. | Wind direction |
| C. | Humidity |
| D. | All of the above |
| Answer» E. | |
| 1156. |
Pick the odd one out of the following |
| A. | Monsoon |
| B. | Typhoon |
| C. | Hurricane |
| D. | Cyclone |
| Answer» B. Typhoon | |
| 1157. |
__________ causes all the changes in weather? |
| A. | Wind |
| B. | Rain |
| C. | Sun |
| D. | None of these |
| Answer» D. None of these | |
| 1158. |
A tornado is |
| A. | uneven heating between two regions |
| B. | a violent, twisting funnel of wind |
| C. | strong circulatory winds in the tropical region |
| D. | None of these |
| Answer» C. strong circulatory winds in the tropical region | |
| 1159. |
During a cyclone air moves from |
| A. | region of high pressure to low pressure |
| B. | region of low pressure to high pressure |
| C. | region of low velocity to high velocity |
| D. | region of high pressure to low velocity |
| Answer» B. region of low pressure to high pressure | |
| 1160. |
On blowing air into balloon, the size of the balloon increases because |
| A. | air exerts pressure |
| B. | warm air rises up |
| C. | air is stronger than balloon |
| D. | None of these |
| Answer» B. warm air rises up | |
| 1161. |
Which of the following is correct about destruction caused by cyclones? |
| A. | Severe loss of life and property |
| B. | Reduces fertility of soil |
| C. | Both of the above |
| D. | None of these |
| Answer» D. None of these | |
| 1162. |
A thunderstorm is accompanied by |
| A. | lightning |
| B. | sound |
| C. | lightning and sound |
| D. | cyclone |
| Answer» D. cyclone | |
| 1163. |
The safest way to protect yourself from lightning is to __________ |
| A. | start running in an open field |
| B. | keep yourself covered with an umbrella |
| C. | take shelter under a tree |
| D. | squat low on the ground |
| Answer» E. | |
| 1164. |
The pressure is exerted by air in ________ |
| A. | upward direction only |
| B. | downward direction only |
| C. | side ways only |
| D. | All the directions |
| Answer» E. | |
| 1165. |
__________is used to measure wind speed? |
| A. | Barometer |
| B. | Manometer |
| C. | Anemometer |
| D. | Speedometer |
| Answer» D. Speedometer | |
| 1166. |
_________ maximum temperature of the day is observed. |
| A. | At noon |
| B. | In the afternoon |
| C. | Either at noon or in the afternoon |
| D. | None of these |
| Answer» C. Either at noon or in the afternoon | |
| 1167. |
DIRECTIONS: Read the passage (s) given below and answer the questions that follow. Passage-2 A walker follows the path from A to E (figure) over a 80s time interval. Now answer the following questions? What is the walker's average velocity between points B and D? |
| A. | 16 m/s |
| B. | 8 m/s |
| C. | 0 m/s |
| D. | 1 m/s |
| Answer» D. 1 m/s | |
| 1168. |
DIRECTIONS: Read the passage (s) given below and answer the questions that follow. Passage-2 A walker follows the path from A to E (figure) over a 80s time interval. Now answer the following questions? What is the walker's average velocity between A and E? |
| A. | 16 m/s |
| B. | 8 m/s |
| C. | m/s |
| D. | 1 m/s |
| Answer» E. | |
| 1169. |
DIRECTIONS: Read the passage (s) given below and answer the questions that follow. Passage-2 A walker follows the path from A to E (figure) over a 80s time interval. Now answer the following questions? What is the walker's total displacement between A and E? |
| A. | 160m |
| B. | 80m |
| C. | 20m |
| D. | 40m |
| Answer» C. 20m | |
| 1170. |
DIRECTIONS: Read the passage (s) given below and answer the questions that follow. Passage-2 A walker follows the path from A to E (figure) over a 80s time interval. Now answer the following questions? What total distance does the walker cover between A and E? |
| A. | 160m |
| B. | 80m |
| C. | 20m |
| D. | 40m |
| Answer» B. 80m | |
| 1171. |
DIRECTIONS: Read the passage (s) given below and answer the questions that follow. Passage-1 What is the average speed of die squirrel between 8 s and 10 s.? |
| A. | 0.4 m/s |
| B. | 1 m/s |
| C. | 2 m/s |
| D. | 4 m/s |
| Answer» C. 2 m/s | |
| 1172. |
DIRECTIONS: Read the passage (s) given below and answer the questions that follow. Passage-1 Which of the following describes the motion of the squirrel between 5 s and 8 s? |
| A. | The squirrel's speed increased |
| B. | The squirrel's speed decreased |
| C. | The squirrel's speed did not change |
| D. | The squirrel moved backward |
| Answer» D. The squirrel moved backward | |
| 1173. |
DIRECTION: Match column-I with Column-II and select the correct answer using the code given below the columns. Column - I Column - II (A) Decreasing acceleration at steady rate (p) (B) A body at rest (q) (C) Uniform velocity (r) (D) Constant motion (s) (t) |
| A. | A\[\to \](p, q), B\[\to \](r), C\[\to \](t), D\[\to \](s) |
| B. | A\[\to \](p), B\[\to \](q, r), C\[\to \](s), D\[\to \](t) |
| C. | A\[\to \](r), B\[\to \](q), C\[\to \](p, s), D\[\to \](t) |
| D. | A\[\to \](s), B\[\to \](q), C\[\to \](p), D\[\to \](r, t) |
| Answer» B. A\[\to \](p), B\[\to \](q, r), C\[\to \](s), D\[\to \](t) | |
| 1174. |
All of the following is a unit of speed except |
| A. | km/h |
| B. | m/s |
| C. | miles per hour |
| D. | Pounds per square inch |
| Answer» E. | |
| 1175. |
Study the graph given below. What can be concluded about the speed in the above graph? |
| A. | It goes on increasing. |
| B. | It decreases first and then becomes zero. |
| C. | It increases first and then becomes constant but not zero. |
| D. | It decreases first and then becomes constant but not zero. |
| Answer» C. It increases first and then becomes constant but not zero. | |
| 1176. |
DIRECTION: Match column-I with Column-II and select the correct answer using the code given below the columns. Column - I Column - II (A) Physical quantity whose unit is cm \[{{s}^{-2}}\] in CGS system (p) Linear motion (B) Negative acceleration (q) Zero Motion exhibited by body moving in a straight line (r) Distance (D) Area under a speed time graph (s) Acceleration (E) Velocity of an upward throwing body at the pick point (t) Retardation |
| A. | A\[\to \] (q), B\[\to \] (s), C\[\to \] (t), D\[\to \] (p), E\[\to \] (r) |
| B. | A\[\to \] (s), B\[\to \] (t), C\[\to \] (p), D\[\to \] (r), E\[\to \] (q) |
| C. | A\[\to \] (t), B\[\to \] (q), C\[\to \] (s), D\[\to \] (t), E\[\to \] (r) |
| D. | A\[\to \] (r), B\[\to \] (s), C\[\to \] (q), D\[\to \] (p), E\[\to \] (r) |
| Answer» C. A\[\to \] (t), B\[\to \] (q), C\[\to \] (s), D\[\to \] (t), E\[\to \] (r) | |
| 1177. |
DIRECTION: Match column-I with Column-II and select the correct answer using the code given below the columns. Column - I Column - II (A) Days (p) Second (B) Months (q) m/s (C) Time (r) Meter (D) Speed (s) The time from one sunrise to the next (E) Distance (t) One new moon to the next. |
| A. | A\[\to \] (q), B\[\to \] (p), C\[\to \] (s), D\[\to \] (t), E\[\to \] (r) |
| B. | A\[\to \] (p), B\[\to \] (s), C\[\to \] (r), D\[\to \] (q), E\[\to \] (t) |
| C. | A\[\to \] (s), B\[\to \] (t), C\[\to \] (p), D\[\to \] (q), E\[\to \] (r) |
| D. | A\[\to \] (r), B\[\to \] (q), C\[\to \] (t), D\[\to \] (s), E\[\to \] (p) |
| Answer» D. A\[\to \] (r), B\[\to \] (q), C\[\to \] (t), D\[\to \] (s), E\[\to \] (p) | |
| 1178. |
If a train takes 5 hours to travel a distance of 250 km from Delhi to Jaipur, the average speed of the train is A x 10 km/h, where A is |
| A. | 1 |
| B. | 2 |
| C. | 3 |
| D. | 5 |
| Answer» E. | |
| 1179. |
The time taken to complete 20 oscillations by a second?s pendulum is |
| A. | 20s |
| B. | 50s |
| C. | 40s |
| D. | 5s |
| Answer» B. 50s | |
| 1180. |
A man walks on a straight road from his home to market 2.5km away with a speed of 5 km/h. Finding the market closed, he instantly turns and walks back home with a speed of 7.5 km/h. The average speed of the man over the interval of time 0 to 40 min. is equal to - |
| A. | 5 km/h |
| B. | 25/4 km/h |
| C. | 30/4 km/h |
| D. | 45/8 km/h |
| Answer» E. | |
| 1181. |
Harish runs faster than Suresh in a given length. To compare the Harish and Suresh the physical quantities involved are: |
| A. | Length only |
| B. | Time only |
| C. | Length and time |
| D. | Neither length nor time |
| Answer» D. Neither length nor time | |
| 1182. |
The time-displacement graph shows |
| A. | An object moving with a uniform velocity |
| B. | An object moving with a non-uniform speed |
| C. | A uniformly accelerated motion |
| D. | No information |
| Answer» C. A uniformly accelerated motion | |
| 1183. |
If the velocity of a body does not change with time, its acceleration is |
| A. | zero |
| B. | infinite |
| C. | unity |
| D. | None of these |
| Answer» B. infinite | |
| 1184. |
In velocity-time graphs |
| A. | Velocity is taken along the Y-axis and Time is taken along the X-axis |
| B. | Straight line indicates uniform acceleration |
| C. | Straight line parallel to x-axis indicates uniform motion |
| D. | All of the above |
| Answer» E. | |
| 1185. |
A man runs 10 km in 30 min. What is his speed per hour? |
| A. | \[5\,km\,{{h}^{-1}}\] |
| B. | \[10\,km\,{{h}^{-1}}\] |
| C. | \[15\,km\,{{h}^{-1}}\] |
| D. | \[20\text{ }km\text{ }{{h}^{-1}}\] |
| Answer» E. | |
| 1186. |
The velocity of an object can be changed by (i) Changing the speed (ii) Changing the direction of motion (iii) Changing both the speed and direction of motion (iv) None of the above |
| A. | (i) and (ii) only |
| B. | (ii) and (iii) only |
| C. | (i) and (iii) only |
| D. | (i), (ii) and (iii) |
| Answer» E. | |
| 1187. |
A body having zero speed (i) Is always under rest (ii) Has zero acceleration (iii) Has uniform acceleration (iv) Always under motion |
| A. | (i) and (ii) only |
| B. | (ii) and (iii) only |
| C. | (i) and (iii) only |
| D. | (i), (ii) and (iii) |
| Answer» B. (ii) and (iii) only | |
| 1188. |
The direction of motion of a body is decided by________ of the body (i) Velocity (ii) acceleration (iii) Displacement (iv) speed |
| A. | (i) and (ii) only |
| B. | (ii) and (iii) only |
| C. | (i) and (iii) only |
| D. | (i), (ii) and (iii) |
| Answer» B. (ii) and (iii) only | |
| 1189. |
If a car is traveling north on a straight road and its brakes are applied, it will |
| A. | Have no acceleration |
| B. | Accelerate to the south |
| C. | Accelerate to the north |
| D. | Accelerate either east or west |
| Answer» C. Accelerate to the north | |
| 1190. |
If a body is moving at constant speed in a circular path, its |
| A. | Velocity is constant and its acceleration is zero |
| B. | Velocity and acceleration are both changing direction only |
| C. | Velocity and acceleration are both increasing |
| D. | Velocity is constant and acceleration is changing direction |
| Answer» C. Velocity and acceleration are both increasing | |
| 1191. |
If a student rides his bicycle on a straight road and does not speed up or slow down, he is travelling with a |
| A. | Constant acceleration |
| B. | Constant velocity |
| C. | Positive acceleration |
| D. | Negative acceleration |
| Answer» C. Positive acceleration | |
| 1192. |
The Sun appears to move across the sky during the day. The best explanation for this apparent motion is that Earth is |
| A. | Rotating on its axis |
| B. | Revolving around the Sun |
| C. | Much smaller than the Sun |
| D. | Tilted on its axis |
| Answer» C. Much smaller than the Sun | |
| 1193. |
Raghu and Ram have to reach point C from point B. They started movies: together from point B and reached point C at the same time but by taking two different paths. If the distance travelled by Ram is greater than that o: Raghu then which of the following statements is correct? |
| A. | Speed of Raghu is greater than speed of Ram. |
| B. | Speed of Ram is greater than speed of Raghu. |
| C. | Both Ram and Raghu were moving with equal speed. |
| D. | Both Ram and Raghu were at rest. |
| E. | None of these |
| Answer» B. Speed of Ram is greater than speed of Raghu. | |
| 1194. |
A body has an acceleration of\[\text{4m}{{\text{s}}^{-\text{2}}}\]. What is its retardation? |
| A. | \[-\text{ 4m}{{\text{s}}^{\text{2}}}\] |
| B. | \[\text{4m}{{\text{s}}^{-\text{2}}}\] |
| C. | zero |
| D. | cannot be decided |
| Answer» B. \[\text{4m}{{\text{s}}^{-\text{2}}}\] | |
| 1195. |
The object starts from 0 having a straight line motion along the path OPQRS is represented by the distance-time graph shown in figure. Match the given statements to the different parts of the graph correctly. (i) Object is moving with maximum speed. (ii) Object starts moving in reversed direction. (iii) Object is at rest. (iv) Average velocity of object is zero. |
| A. | (i) (ii) (iii) (iv) OS OP RS PQ |
| B. | (i) (ii) (iii) (iv) OP RS QR OS |
| C. | (i) (ii) (iii) (iv) PQ RS OP QR |
| D. | (i) (ii) (iii) (iv) QR PQ OS OP |
| Answer» C. (i) (ii) (iii) (iv) PQ RS OP QR | |
| 1196. |
The bob of a simple pendulum is set in motion (to and fro motion). In the beginning its time period was Is. After 30 oscillations, the bob appears to have slowed down; the time of one complete oscillation then would be |
| A. | 1.5s |
| B. | 2s |
| C. | 1 s |
| D. | can't predict |
| Answer» D. can't predict | |
| 1197. |
Which of the following cannot be obtained from a given distance-time graph of a moving object? |
| A. | Speed of the object |
| B. | Time taken by object |
| C. | Change in position of object |
| D. | Change in Weight of object |
| Answer» E. | |
| 1198. |
Select the one that was used as a basis for measurement of time in earlier times. |
| A. | occurrence of periodic events |
| B. | Movement of a compass needle |
| C. | Reading an odometer |
| D. | None of these |
| Answer» B. Movement of a compass needle | |
| 1199. |
The time taken by Renu to reach her school from her home was 15 minutes. If her speed is 2 m/s, then the distance between her home and her school is |
| A. | 1.8km |
| B. | 1km |
| C. | 3km |
| D. | 2.5km |
| Answer» B. 1km | |
| 1200. |
An early device used for measuring time was |
| A. | Watch with balance wheel |
| B. | Pendulum clock |
| C. | Sundial |
| D. | Sand glasses |
| Answer» D. Sand glasses | |