# Top 130 Most Asked Speed Distance Time Questions [ 100% FREE ]

Understanding the concepts of speed, distance, and time is not just for the curious minds; it’s essential for a variety of real-world applications and competitive exams. And when it comes to cracking these exams, practicing the right set of Speed Distance Time questions is crucial.

Why, you ask? Because Speed Distance Time questions frequently pop up in examinations, and being well-versed with them can give you a notable edge. This article is a treasure trove for those who are looking for the most asked Speed Distance Time questions.

Questions related to the time and distance formula are a staple in both school and competitive exams. This formula finds its use in diverse topics like motion in a straight line, races, and even clocks. So, what is the relation between speed, distance, and time?

Well, in simple terms, distance traveled is the product of speed and the time for which an object has been in motion. We dive deeper into these concepts, answering some of the most frequently asked time speed and distance questions. Additionally, we’ve compiled some popular speed time and distance questions, as well as speed time and distance questions with answers in a PDF format, ensuring that you’re not just practicing but also checking your answers.

For those keen on aptitude, our collection includes time speed and distance aptitude problems. We’ve also incorporated speed time and distance problems with solutions to assist you in understanding where you might have gone wrong and to learn the right approach.

To give you a sneak peek, the time and distance formula revolves around the equation:

Distance (d) = Speed (v) × Time (t). This formula and its variants are the backbone of numerous speed time and distance questions. If you wish to explore the intricacies of the time and distance formula in detail, you can find more information here.

In conclusion, whether you’re preparing for an upcoming exam or just wish to brush up your knowledge, this comprehensive article promises a deeper insight into speed, time, and distance concepts. So gear up and dive into our meticulously curated list of Speed Distance Time questions. Happy learning!

## Top 130 Most Asked Speed Distance Time Questions :

1. A train without stoppage travels with an average speed of 50 km/h, and with stoppage, it travels with an average speed of 40 km/h. For how many minutes does the train stop on an average per hour?

स्टॉपेज के बिना एक ट्रेन 50 किमी/घंटा की औसत गति से यात्रा करती है, और स्टॉपेज के साथ, यह 40 किमी/घंटा की औसत गति से यात्रा करती है। ट्रेन प्रति घंटे औसतन कितने मिनट रुकती है?

Option “C” is correct.

Without stoppage average speed = 50 km/h

With stoppages average speed = 40 km/h

As we know,

Time of rest per hour equal to the difference in average speed divided by the speed without stoppage.

Required time = [(50 – 40)/50] × 60 = 12

So, A train stops on an average 12 minute/hr

2. A train without stoppage travels with an average speed of 72 km/h and with stoppage, it travels with an average speed of 60 km/h. For how many minutes does the train stop on an average per hour?

A रेलगाड़ी बिना किसी अवरोध के 72 किमी/घंटे की औसत गति से चलती है और अवरोध के साथ, यह 60 किमी/घंटे की औसत गति से चलती है। रेलगाड़ी प्रति घंटे औसतन कितने मिनट रुकती है?

Option “C” is correct.

Without stoppage average speed = 72 km/h

With stoppages average speed = 60 km/h

As we know,

Time of rest per hour equal to the difference in average speed divided by the speed without stoppage.

Required time = [(72 – 60)/72] × 60 = 10

So, A train stops on an average 10 minute/hr

3. A train covers 108 km in 3 hours with a constant speed of V1 and certain distance with a constant speed of Vin next 2 hours. If the average speed of the train is 43.2 km/hour, then find the difference between V2 and V1?

एक ट्रेन V1 की स्थिर गति के साथ 3 घंटे में 108 किमी और अगले 2 घंटों में V2 की स्थिर गति के साथ कुछ दूरी तय करती है। यदि ट्रेन की औसत गति 43.2 किमी/घंटा है, तो V2 और V1 में अंतर ज्ञात कीजिये।

Option “A” is correct.

Distance covered by the train with speed V= 108 km

Distance covered by the train with speed V2 = V× 2 = 2 V2

So, total distance covered = 108 + 2 V2

Total time = 3 + 2 = 5 hours

Now we can use,

Average speed = total distance /total time

⇒ 43.2 = (108 + 2 V2)/5

⇒ (108 + 2 V2) = 43.2 × 5

⇒ (108 + 2 V2) = 216

⇒ 2 V2 = 108

⇒ V= 54

Now,

V1 = 108/3 = 36 km/hour

So, the required difference = V2 – V= 54 – 36 = 18

∴ The difference between V2 and V1 is 18.

4. The average speed of a car is 600 metres/minute. How much slower (in metres/second) does the car run than a sprinter who covers 100 metres in 9.6 seconds?

एक कार की औसत गति 600 मीटर/मिनट है। 9.6 सेकंड में 100 मीटर की दूरी तय करने वाले स्प्रिंटर की तुलना में इस कार की गति कितनी धीमी (मीटर/सेकंड में) है?

Option “D” is correct.

The average speed of a car = 600 metres/minute = 10 m/s

⇒ Speed = distance/time

⇒ The average speed of a sprinter = 100/9.6 m/s

⇒ Difference of the average speed of car and sprinter = (100/9.6) – 10

⇒ Difference of the average speed of car and sprinter = 40/96 = 5/12 m/s

∴ The car runs (5/12) m/s slower than a sprinter.

5. The distance between two stations, A and B, is 428 km. a train starts from station ‘A’ at 6:00 a.m and moves towards station ‘B’ at an average speed of 48 km/h. Another train starts from station ‘B’ at 6:20 a.m and moves towards statin ‘A’ at an average speed of 55 km/h. At what time will the trains meet?

दो स्टेशनों, A और B के बीच की दूरी, 428 किमी है। एक ट्रेन स्टेशन ’A’ से सुबह 6:00 बजे शुरू होती है और 48 किमी/घंटा की औसत गति से स्टेशन ‘B’ की ओर बढ़ती है। एक अन्य ट्रेन सुबह 6:20 बजे स्टेशन ‘B’ से शुरू होती है और 55 किमी/घंटा की औसत गति से स्टेशन ‘A’ की ओर बढ़ती है। ट्रेनें किस समय पर एक दुसरे से मिलेंगी ?

Option “C” is correct.

Distance between A and B = 428 km

Speed of first train = 48 km/hr

Distanced covered in 20 min by first train = 48/60 × 20 = 16 km

Remaining distance = 428 – 16 = 412 km

Speed of second train = 55 km/hr

If both train running opposite train, then relative speed = 48 + 55 = 103 km/hr

Time = distance/speed = 412/103 = 4 hr

∴ Train meet each other = 6 : 00 + 0 : 20 + 4 : 00 = 10 : 20 a. m

6. A bus travels 150 Km in 3 hours and then travel next 2 hours at 60 Km/hr. Then the average speed of the bus will be

एक बस 3 घंटे में 150 किलोमीटर की यात्रा करती है और फिर अगले 2 घंटे 60 किमी/घंटे पर यात्रा करती है। तब बस की औसत गति होगी

Option “B” is correct.

Distance covered in 2 hrs with the speed of 60 km/hr = 2 × 60 = 120

Total distance = 150 + 120 = 270

Total time = 2 + 3 = 5 hrs

As we know,

Average speed = Total distance/Total Time

∴ Average speed = 270/5 = 54 km/hr

7.A man goes to a place on the car at a speed of 160 km/h and comes back at a lower speed. If the average speed is 64km/h in total, then return speed (in km/h) is:

एक आदमी किसी स्थान पर कार द्वारा 160 किमी/घंटे की गति से जाता है और कम गति से वापस आता है। यदि कुल मिलाकर औसत गति 64 किमी/घंटा है, तो वापसी गति (किमी/घंटा में) क्या है?

Option “B” is correct.

Let return speed of man be x, Average speed = 64 km/hr

As we know,

Average speed = 2xy/(x + y)

⇒ 64 = (2 × 160 × x)/(160 + x)

⇒ 160 + x = 320x/64

⇒ 160 + x = 5x

⇒ 4x = 160

⇒ x = 160/4

⇒ x = 40 km/hr

8. Travelling at 66 km/h, Piyali reaches a place 5 minutes early. If she travelled at 54 km/h, she would have been 3 minutes late. What is the distance Piyali had to travel?

66 किमी/घंटे की गति से यात्रा करते हुए पियाली 5 मिनट पहले पहुंचती है। यदि वह 54 किमी/घंटे की गति से यात्रा करती, तो उसे 3 मिनट की देरी होती। पियाली को कितनी दूरी तय करनी थी?

Option “C” is correct.

Let the total distance be x km

We know time = distance/speed,

Time taken to travel at 66 km/hour = x/66 hour and,

Time taken to travel at 54 km/hour = x/54 hour.

Total difference in time = 5 minutes + 3 minutes = 8 minutes or 8/60 hours.

⇒ x/54 – x/66 = 8/60 hours

∴ x = 39.6 km.

∴ Total distance travelled = 39.6 km.

9. Puneet goes to his office at the speed of 60 km/hour and returns to his home at the speed of 90 km/hr. What will be the average speed of Puneet for the whole journey?

पुनीत 60 किमी / घंटे की गति से अपने कार्यालय जाता है और 90 किमी / घंटा की गति से अपने घर लौटता है। पूरी यात्रा के लिए पुनीत की औसत गति क्या होगी?

Option “C” is correct.

Average speed = 2 × 60 × 90/(60 + 90) = 2 × 5400/150

∴ Average speed = 72 km/hour

10. The ratio between the speed of Pillu, Chillu, and Tillu is 5 ∶ 7 ∶ 4 respectively. The mean value of the speed of Pillu, Chillu, and Tillu is 48 km/hr together. What is the mean value of the speed of Pillu and Chillu?

पिल्लू, चिल्लू और टिल्लू की चाल का अनुपात क्रमशः 5 : 7 : 4 है। यदि पिल्लू, चिल्लू और टिल्लू की माध्य मान 48 किमी/घंटा है, तो पिल्लू और चिल्लू की चाल का माध्य मान क्या हैं?

Option “C” is correct.

The ratio between the speeds of Pillu, Chillu, and Tillu = 5 ∶ 7 ∶4

Then,

Let the speed of Pillu, Chillu, and Tillu be 5x Km/hr, 7x Km/hr, and 4x Km/hr respectively.

Then total speed of Pillu, Chillu, and Tillu

⇒ 5x + 7x + 4x = 16x km/hr      —-(i)

The average speed of Pillu, Chillu, and Tillu = 48 km/hr

So the total speed of Pillu, Chillu, and Tillu = 48 × 3 = 144 km/hr

Now by equation (i) and (ii), we get

⇒ 16x = 144

⇒ x = 9 km/hr

Now the speed of Pillu = 5x = 5 × 9 = 45 km/hr

And the speed of Chillu = 7x = 7 × 9 = 63 km/hr

Now to find the mean speed of Pillu and Chillu

⇒ (The speed of Pillu + the speed of Chillu)/2

⇒ (45 + 63)/2 = 108/2 = 54 km/hr

∴ The average speed of Pillu and Chillu is 54 km/hr