A top fuel dragster accelerates from a standstill to 100 mph (160 km/h) in as little as 0.8 seconds (less than one third the time required by a production Porsche 911 Turbo to reach 60 mph (100 km/h)) and can exceed 297 mph (478 km/h) in just 660 feet (200 m).

about 8 seconds

By today’s standards, it’s good for daily driving. Yes, between the mid70s to mid80s a 0-60 time of 8 seconds was very quick, but still not fast. In that decade there were economy cars that took nearly 30 seconds to reach 60. The average non-sports cars were between 10 to 12 seconds in base model configuration.

Schumacher holds the world record for the fastest quarter-mile pass at 337.58 mph (543.15 km/h), and that should never be broken because these cars are so fast that today they only race to the 1,000-foot mark, for which Schumacher also holds the current speed record of 336.57 (541.65 km/h).

A 10 second car is a car that can do a quarter mile drag race in 10.9 seconds or less. Although professional drag racing cars can do the quarter mile in less than half that time, 10 seconds remains a reasonable goal for serious car tuners.

155 mph

In ego battle, Lucid Motors claims to beat Tesla with 9.9-second quarter mile. Lucid Motors is set to unveil its production electric sedan next week and it’s clear the company is targeting Tesla.

A car can only accelerate as fast as the tires can grip the road. Tesla’s software measures how well each of the tires are gripping the road and adjusts torque in the front and rear independently hundreds of times per second to ensure the tires are constantly achieving maximum grip and propelling the car forward.

Fastest accelerating cars: full list

• Ultima Evolution Coupe (supercharged) & Ultima RS LT5 – 2.3 seconds (0-60mph)
• Dodge Challenger SRT Demon – 2.3 seconds (0-60mph)
• Bugatti Chiron – 2.4 seconds (0-62mph)
• Bugatti Divo – 2.4 seconds (0-62mph)
• Ferrari SF90 Stradale – 2.5 seconds (0-62mph)

46.2g

For an SUV-cum-minivan, the Tesla Model X P100D is absurdly quick. The Tesla has a little more power and the benefit of instant torque from its two electric motors, but the Lamborghini is a lot lighter than the two and a half tonne EV. We don’t want to spoil the results of the races, but let’s just say they’re close!

On paper, the Hellcat far outstrips the Model 3 in horsepower. The Tesla’s dual electric motors churn out 473 hp and 471 lb-ft of torque, which is still fast by most standards, though. It can blast from 0 to 60 in 3.3 seconds and does the quarter-mile in 11.8. The Tesla Model 3 was built to be the Everyman’s EV.

The fruits of that advantage are on display in the final row of the table, which shows how fast each model gets up to 60 miles per hour. The Lamborghini hits the mark nearly a full second quicker than the Tesla, or 0.9 s to be specific.

Elon Musk has revealed that Tesla is working on a new technology that will allow its cars to accelerate even faster than “Ludicrous mode”. For those not familiar with Tesla’s lingo, Ludicrous Mode is a powertrain that gives a 10% boost to the vehicle’s acceleration.

Turn on Ludicrous mode. Hold your finger on the word Ludicrous for 5-10 seconds, the screen will show a brief light show emulating going through space. This box will then appear, pressing ‘Yes, bring it on!

He determined that the next-gen Roadster will weigh around 4,400 pounds without the rocker thrusters, which results in acceleration g-forces of 1.44 Gs, approximately.

Watch an ‘insane mode’ Tesla race a ‘ludicrous mode’ Tesla The normal Model S can go from 0 to 60 mph in 5.9 seconds. That’s pretty fast, but the dual-motor Model S P85D unveiled late last year can get there in just 3.2 seconds, in what’s called “insane mode.”

83.33 s

Truck travels 120 kilometers per hour. . THat is the speed.

Physics: All About the Motion

1080 meters

3750 seconds

If you travel 6 m/s (meaning after 1 second, you’ve run 6 meters), then after 3 minutes (or 180 seconds), you have run 6×180=1080 meters.

It takes three seconds for the ball to hit the ground. Note: On Earth, it would take a little over nine seconds for the ball to fall back to the ground.

Therefore, the time taken by the satellite is 3750 sec.

Answer: It will take a satellite to travel 3,750 seconds with the given distance and rate.

Answer: How long does it take to travel 1 km by car? We first calculate how many minutes it takes to travel 1 km at both speeds: 60 / 100 = it takes 0.6 minutes to travel 1 km. 60 / 110 = it takes 0.54 minutes to travel 1 km.

In numbers it is 4.375 hours, or 4 hours and 22.5 minutes.

Question 1168229: How many time in minutes will it take a car driving at 90km/hr to travel 27 kilometres? 90 km/h is the same as 1.5 kilometers per minute. Now, to find the time in minutes, divide the distance of 27 kilometers by the rate of 1.5 kilometers per minute.

200 km/hour

Answer. Answer: The answer is 2.22 m/sec .

If we want to find the speed, we must divide the distance by the time. The truck travels a distance of 10 kilometers in 10 minutes. Substitute the values into the formula and divide. The speed of the truck is 1 kilometer per minute.

The distance the car travels is 7.5 kilometers.

800 km per hour

800 meters per hour

Answer Expert Verified In km /hr = > 8km /hr .

Simply divide 60 by your pace. When you aren’t using whole hours in the calculation, convert the number to minutes, then multiply the result by 60 minutes per hour to get miles per hour or kilometers per hour. Below are some sample speed calculations: Running 6 miles in 1 hour: 6 / 1 = 6 miles per hour (mph)

Measure distance between points

1. On your computer, open Google Maps.
2. Right-click on your starting point.
3. Choose Measure distance.
4. Click anywhere on the map to create a path to measure.
5. Optional: Drag a point or path to move it, or click a point to remove it.
6. At the bottom, you’ll see the total distance in miles (mi) and kilometers (km).

The average distance is the average shortest path of a graph, corresponding to the summa of all shortest paths between vertex couples divided for the total number of vertex couples. In quantitative terms, “high” and “low” are better defined when compared to the total number of nodes in the graph.

The average of a set of numbers is simply the sum of the numbers divided by the total number of values in the set. For example, suppose we want the average of 24 , 55 , 17 , 87 and 100 . Simply find the sum of the numbers: 24 + 55 + 17 + 87 + 100 = 283 and divide by 5 to get 56.6 .