Which car can climb the steepest angle

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Which car can climb the steepest angle

There are several other cities around the world where roads are so steep that they can burn out car breaks and bamboozle bikers. This is the steepest officially recorded public street in the U. Although its 37 percent grade only extends about 21 feet, it still stops walkers and bikers dead in their tracks.

The road is part of Pittsburgh's annual Dirty Dozen bike race that takes cyclists over Pittsburgh's thirteen steepest hills.

which car can climb the steepest angle

Baldwin is incorrectly recorded in the Guinness Book of Records as the Steepest Street in the world due to a faulty measurement. The true steepest street is Pittsburgh's Canton Ave. Located in a small college town, Baldwin is so steep that its surface had to be laid with concrete instead of asphalt; otherwise the tar would melt down the slope on warm days.

How steep a hill can a car climb? (Physics Problem...Help please)?

The street is also part of the city's annual Cadbury Chocolate Carnival, where 30, Giant Jaffas, hard orange-chocolate candies, are rolled down the street. Located on the island of Hawaii, the non-residential paved road is not even a mile long.

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The average grade is 25 percent, but parts of the slope reach 37 percent. See what it's like to drive it. This is L. While nearby San Pedro has a small section that creeps over its 33 percent grade, Eldred runs for a longer stretch. Also in L. The stairs rise up from Sansome Street to Coit Tower and run through sculpted gardens and art deco buildings.

which car can climb the steepest angle

From the top, you get sweeping vistas of the Bay Bridge. If the hike is too much, the wild parrots in the trees have been known to give visitors some chirps of encouragement.All Rights Reserved. The material on this site can not be reproduced, distributed, transmitted, cached or otherwise used, except with prior written permission of Multiply. Hottest Questions. Previously Viewed. Unanswered Questions. The steepest angle that a vehicle can start to climb?

Wiki User October 17, AM. Asked in Math and Arithmetic, Geometry What is angle of friction? The angle of friction is defined as the angle of a plane where a body placed on the plane will start to slide.

Asked in Giant Pandas Can pandas climb trees? Panda cubs start to climb trees when they are only six months old. It's the point where the two sides of the angle come together. Or start out from. Asked in Geometry Does every shape have a reflex angle? For a start, a circle has no angles. No regular polygon has a reflex angle. Courageous cats climb on a cute kite!

Asked in Geometry, Math and Arithmetic How do you constructing an obtuse angle? Start by drawing any angle greater than 90 degrees, and then connect the endpoint of the rays that create you angle. Asked in Math and Arithmetic Math words that start with a? Asked in Sports What happens when you climb a mountain? You get the feel of victory but when its all said and done, you start to realise that you have to climb back down if you don't have a friend with a helicopter Dang :.

Asked in Roller Coasters Why do roller coasters start with a steep climb? It would depend on the vehicle. If the vehicle has a carburetor, the pumping action primes the engine with fuel to help start the engine. If the vehicle has fuel injection, pumping is not required. You typically can't bypass the starter - that is, after all, what actually turns the engine over to start the vehicle.

If you have a manual shift vehicle, it is possible to roll start the vehicle. The key needs to be in the on position. You would roll the vehicle while it's in neutral, jump in, and shift it into gear. Asked in Math and Arithmetic, Algebra, Geometry Why is a zero degree angle same as a degree angle? A zero degree angle is not the same as a degree angle -- no more than a 90 degree angle is the same as a degree angle.

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It's not. An angle of zero is the same as an angle of degrees.By using our site, you acknowledge that you have read and understand our Cookie PolicyPrivacy Policyand our Terms of Service.

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What is the steepest slope/ incline a front wheel drive car can climb?

What are the normal climbing angles against ground on a SEP single engine piston plane and an airliner? Source: user - Own Work. Added in response to Jon Story's Comment. Note that the spectacular angles at airshows involve the conversion of airspeed to altitude, so these maneuvers are instationary.

If you want to know more on computing the optimum climb angle, consider reading this answer. The main influence on climb speed is the thrust-to-weight ratio of the airplane. Since thrust depends on flight speed, ambient temperature and air density, those factors control the attainable climb speed in combination with the aircraft's weight.

For an observer, the next important influence is wind speed, since the aircraft climbs relative to the air mass it is flying through. If this air mass makes the aircraft appear to fly more slowly, a steeper climb angle can be observed.

Climb performance over airspeed and thrust-to-weight ratio for an idealized turbofan engine. The blue lines show thrust right Y-axis and the green lines the resulting climb speed.

GTA V Best Vehicle for Climbing Part 2 - The Climb Test #2

The two black lines show how the optimum flight speed for best climb speed and best climb angle steepest climb vary over thrust loadings. They are easy to find graphically: Just measure the angle of a line from the origin to the point on a green line at the desired flight speed and the right thrust loading thrust-to-weight ratio.

If the scales of the two speeds on the X- and Y-axis would be the same, you could directly take the angle from the plot. With lots of excess thrust, the optimum is limited by the stall speed the black line bends into a vertical trendwhile with no excess thrust both optimum speeds vx and vy converge.

which car can climb the steepest angle

This makes sense: If thrust is just sufficient to keep the airplane from descending at one speed, this speed will both give the best flight path angle and the best vertical speed unfortunately, both will be 0 at this point. Sign up to join this community. The best answers are voted up and rise to the top. Home Questions Tags Users Unanswered.

which car can climb the steepest angle

What is the typical climb angle versus the ground of a single engine piston plane? Ask Question. Asked 4 years, 5 months ago.

Active 4 years, 5 months ago. Viewed 14k times. Then what is like a "normal typical average" climb angle for an airliner? Makes the non-artist in me giggle with glee. Active Oldest Votes. Added in response to Jon Story's Comment The following figure shows the potential climb angles of Boeing airliners: Image from Boeing AERO magazine Note that the actual values will be different depending on various conditions as already noted.

In calm air, this becomes a climb angle of 6. In calm air this becomes a climb angle of 9.By using our site, you acknowledge that you have read and understand our Cookie PolicyPrivacy Policyand our Terms of Service. Physics Stack Exchange is a question and answer site for active researchers, academics and students of physics. It only takes a minute to sign up.

power problem of a car on a hill?

I've only recently been introduced to the concept of static vs dynamic friction and I was looking to check my understanding by determining the max angle a wheeled body can climb.

In the diagram below the car is moving up the hill. So is the tan of the max angle simply the difference between the two coefficients? This confused me because a car is capable of climbing a much steeper hill than a train however the difference between rubber and asphalt coefficients is not much greater than the difference between steel on steel and would only give a angle difference of 1 or 2 degrees, so I am wondering if I have made a mistake or a wrong assumption?

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The best answers are voted up and rise to the top. Home Questions Tags Users Unanswered. Maximum angle that a wheeled body can climb at Ask Question. Asked 3 years, 10 months ago. Active 2 years ago. Viewed times. Also, remember, that friction is distributed somewhat evenly between all wheels, but only some are driving the vehicle. In the case of a train, just the locomotive is powered. And traction force and engine force are not the same. Active Oldest Votes. Sign up or log in Sign up using Google.

Sign up using Facebook. Sign up using Email and Password. Post as a guest Name.A 2D physics problem. A car of unknown weight is going up a hill at some angle theta. Distance between tires are 2. G situated 1. Co-efficient of static friction between road and tires is given to be 0.

The question posed is what the maximum angle would be that the car could climb in 3 scenarios :. I think it wouldn't matter and the max angle is determined by arctan 0.

Is this right or could any of the above three scenarios give a higher angle than that?

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I just want to know if I was right :. The coefficient of friction is multiplied by the normal force, so even if the C. In this example, we don't know how high the C. It is conceivable that as the car tilts back, the C. In that respect, we don't have enough information.

The rear drive may gain an additional advantage: as it accelerates the car, it tends to lift the front wheels and give greater normal force to the rear wheels.

But if you do a wheelie and flip over backwards, all bets are off!

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My thinking was that since c. So arctan c. If increased beyond this hill angle, the tires will slip or a moment about rear wheel can cause the car to topple. Am I right? I'm sorry. The problem has it that C.

The weight of the car is distributed between the front and rear wheels. Thus only part of the weight is available to be multiplied by the C.

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The analysis would be easy if the C. With the C. I'm too sleepy to tackle this right now, but I'll give it a shot tomorrow. The normal forces hence are different for both wheels on account of the assymetrical weight distribution. But c. So either way, c. My feeling is that this angle cannot be theoretically increased by virtue of rear or front wheel drive or both. I don't know how it would be in practice. The 0. For the easy case in which the C. Arctan 0. Because of the C. I'll try to run better numbers later As should be visible, at this slope more than half the weight is supported by the rear wheels.

This also sounds like a homework problem, so I won't give the complete answer, but I think the drawing should help.You are currently viewing the FIAT Forum as a guest which gives you limited access to our many features. Register now to join our community of overmembers and gain instant access to all we have to offer. Registration is fast less than 2 minutessimple, absolutely free and gives you access to a wealth of FIAT information.

Register Remember Me? Members List Mark Forums Read. Hey there! Don't be shy, come join us! So what are you waiting for? Join the largest FIAT community on the web today! Join Date: Dec Either way, the slope in this video posted on YouTube yesterday looks pretty challenging Join Date: Apr It is almost certain that this refers to a vehicle on a tarmac surface and nowhere does it state whether a run-up to the slope is required.

Therefore, a standing start on a slippery surface, well the maximum is purely speculative. I like the video. Personally, although a bit trickier, I would have had a bit of a run-up on the tarmac then turned onto the slope and maybe would have driven on the vegetation rather than the dry sand. The descent worried me more as, at the end, he was beginning to go sideways and at risk of rolling over.

Still, a lot of fun! Join Date: Mar Location: Wales. Originally Posted by Herts Hillhopper. Originally Posted by maxi. I love the Panda forum Just like the old Pandas, plenty of revs and clutch slip but good progress. It sounded like a multijet at the end although I thought it was a petrol to start with.

The petrol may have been a better bet as it would have a far smoother power delivery for on the dust, as soon as the turbo kicked in it would spin the wheels. Didnt seem to be a climbing spec as I think they all have the electronic limited slip diff on the back, but saying that if the whole weight of the car was on it may not lock the wheel up fully. Generally if something looks even half steep on camera it has a good gradient, the camera tends to make things look far less impressive.

Also, anyone want to bet it was a hire car? The car in the facelift press release.

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Dream: Panda Trekking. Join Date: Jul Location: on the ASo imagine you have a front wheel drive car, with a cc petrol engine, automatic or manual transmission weight is about kg or lbs with only the driver inside, no baggage and good tyres.

No winch or other assistance provided. That's probably the limit, without assistance. Hi simon as already stated so many factors but even a 4x4 has it's limitations where this is concerned due to front overhang of the front in front of the front wheels so that would govern most really surprise is it not that a cars body in front stops it tackling so severe ascents and declines.

Sir my answer on your question is that front wheel tension are ultimate for snow coated areas because of the fact as quickly as I used to have previous activities Toyota Corolla which replace into Rear wheel tension and that i used to have different challenge on an identical time as on snow beginning in 1st kit the rear tyre used to skid plenty and the motor vehicle did not use to pass on.

Plus front wheel tension vehicle has greater traction administration. I once took a 1. I would not do it again. I had a dream that I need to access a highway, its the highest suspension highway - a towering feet up, and u have to access it by a road that has a slope of 40 degrees - trucks and cars prohibited that split half. Half way - T bone to highway then turn right another 40 degrees up and merge into the highest highway.

The other factor would be the approach angle the angle between the front wheel and the front bumper. What is the steepest slope or incline the car could climb?

Would automatic or manual transmission be better? Update: Road surface is firm tar free of any loose grit. It's dry, slightly rough surface. Average width tyres 16cm or 6. Answer Save. Nightworks Lv 7. Not Y3K Compliant Lv 6. What do you think of the answers? You can sign in to give your opinion on the answer. Jay P Lv 7. Depends on the gear ratio and how much torque the engine produces. Who is Jack Too many factors like tyre width, front axle weight, road surface etc.

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