Time, Speed and Distance MCQs MCQs - Maths Practice | PakExamPoint

Practise Time, Speed and Distance MCQs MCQs in Maths. Attempt multiple-choice questions, check answers and revise related subtopics.

Time, Speed and Distance MCQs MCQs and revision practice

Study Time, Speed and Distance MCQs through multiple-choice questions in Maths. This subtopic contains 295 practice questions. Read the wording carefully, compare the options and attempt an answer before checking the solution in learning mode.

Use these Time, Speed and Distance MCQs MCQs to identify the facts, rules or methods you need to revise. Where an explanation is available, work through it and write down why your chosen option was correct or incorrect. Revisit difficult questions after reviewing your notes, then use exam mode for timed practice.

Continue your revision with related topics: 100 Most Repeated MCQs of Math MCQs, Algebra MCQs MCQs, Analogy MCQs MCQs, Average MCQs Math MCQs, Basic Math MCQs, Direction Sense MCQs MCQs, Geometry MCQs MCQs, IQ Past Papers MCQs MCQs.

Return to all Maths topics to choose your next area of study. Read the MCQ study guide to plan your revision, or try a Maths practice quiz.

Time, Speed and Distance MCQs: questions and answer review

Try each question before opening its answer. Record the concept behind each mistake and revisit it during your next practice session.

131. If 3 cats can kill 3 rats in 3 minutes, how log will take 100 cats to kill 100 rats?

Check answer and explanation

Answer: 3 Minutes

Explanation From the given information: 3 cats kill 3 rats in 3 minutes This means each cat kills 1 rat in 3 minutes So, the rate of work is: 1 cat → 1 rat in 3 minutes Now consider the question: 100 cats 100 rats Since each cat can kill 1 rat in 3 minutes , 100 cats will kill 100 rats together in the same 3 minutes Last updated question 26 feb 2026

132. A train covers a distance in 5 hours at 45 km/h. What speed is required to cover the same distance in 3 hours?

ایک ٹرین 45 کلومیٹر فی گھنٹہ کی رفتار سے 5 گھنٹے میں فاصلہ طے کرتی ہے۔ اسی فاصلے کو 3 گھنٹے میں طے کرنے کے لیے کس رفتار کی ضرورت ہے؟

Check answer and explanation

Answer: 75 km/h

Explanation To find the required speed, we first calculate the distance covered by the train: Distance = Speed × Time = 45 km/h × 5 hours = 225 km text{Distance} = text{Speed} times text{Time} = 45 , text{km/h} times 5 , text{hours} = 225 , text{km} Now, to cover this 225 km in 3 hours, the required speed is: Speed = Distance/ Time = 225 km/ 3 hours = 75 km/h

133. If a car covers 150 km in 3 hours, what is its average speed?

Check answer and explanation

Answer: 50 km/h

Explanation Average speed = Total distance ÷ Total time = 150 km ÷ 3 hours = 50 km/h

134. If 120 men build a building in 30 days, how long will 80 men take?

Check answer and explanation

Answer: 45 days

Explanation Work = Men × Days = 120 × 30 = 3600 man-days If 80 men work: 3600 ÷ 80 = 45 days

135. 20 men can do a work in 5 days. How many days will 10 men take to complete that work?

20 آدمی 18 دن میں کام مکمل کرتے ہیں، پھر 10 آدمی کام مکمل کر سکتے ہیں۔

Check answer and explanation

Answer: 10 days

Explanation If 20 men can complete a work in 5 days, it means that the total work can be represented as: Total Work = 20 men × 5 days Total Work = 20 men × 5 days Now, if we want to find out how many days it will take for 10 men to complete the same work, we can set up the equation like this: Total Work = 10 men × number of days (we want to find) Total Work = 10 men × number of days (we want to find) Since the total work remains the same in both cases, we can equate the two expressions: 20 men × 5 days = 10 men × number of days 20 men × 5 days = 10 men × number of days 20 × 5 = 10 × number of days 20 × 5 = 10 × number of days 100 = 10 × number of days 100 = 10 × number of days Divide both sides by 10: Number of days = 100 10 = 10 days Number of days = 10 100 ​ = 10 days So, 10 men would take 10 days to complete the work.

136. A car travels a distance of 25 km at a speed of 75 km/h. How much time does it take to cover this distance?

Check answer and explanation

Answer: 20 minutes

Explanation To calculate time, use the formula: text{Time} = frac{text{Distance}}{text{Speed}} Time = Distance/ Speed ​ Given: Distance = 25 km Speed = 75 km/h text{Time} = frac{25}{75} = frac{1}{3} text{ hours} Time = 25/ ​75 = 1/3 ​ hours Since 1 hour = 60 minutes, 1/3 ​ × 60 = 20 minutes So, the time taken is 20 minutes .

137. One quarter 3 past in the morning is:

Check answer and explanation

Answer: 3:15 AM

Explanation "One quarter past 3" means 15 minutes after 3 o'clock.

138. 120 men can complete a work in 90 days. In how many days will 270 men complete the same work?

Check answer and explanation

Answer: 40 days

Explanation Work is inversely proportional to the number of men. So, (120 men × 90 days) = (270 men × x days) ⇒ 10800 = 270x ⇒ x = 10800 / 270 ⇒ x = 40 days

139. How much time Waseem will take to cover 50.5km distance with a speed of 12.5 km/hr?

Check answer and explanation

Answer: 4.04 hr

Explanation - Start time: 08:50 - Registration: 10 minutes → 08:50 + 10 min = 09:00 - 3 lessons × 55 minutes = 165 minutes → 09:00 + 165 min = 11:45 - Break: 15 minutes → 11:45 + 15 min = 12:00 - Lunch: 1 hour → 12:00 + 1 hour = 13:00

140. A person travels from A to B at a speed of 40 kmph and returns by increasing his speed by 50%. What is his average speed for both the trips?

Check answer and explanation

Answer: 48 km/h

Explanation Given: Speed from A to B = 40 km/h Speed from B to A = 40 km/h + 50% of 40 km/h = 40 + 20 = 60 km/h Find: Average speed for the whole journey (both ways). Formula for average speed when distance is the same but speeds differ: Average speed = 2 × Speed 1 × Speed 2 Speed 1 + Speed 2 text{Average speed} = frac{2 times text{Speed}_1 times text{Speed}_2}{text{Speed}_1 + text{Speed}_2} ​ ​ Plug in values: = 2 × 40 × 60 40 + 60 = 4800 100 = 48 km/h = frac{2 times 40 times 60}{40 + 60} = frac{4800}{100} = 48 text{ km/h} = 2 × 40 × 60 ​ 40 + 60 = 4800 /100 = 48 km/h

Found a mistake? Use “Report correction” in the practice tool or contact us with the question and a supporting source.