It requires extra power to go uphill, against the pull of gravity.
A bike travels faster when going downhill due to the force of gravity pulling it downwards, providing additional kinetic energy. When going uphill, the force of gravity acts against the bike's forward motion, requiring more energy input to overcome gravity and maintain speed.
A ball travels faster uphill than downhill due to potential energy being converted to kinetic energy as it rolls downhill.
Cars are typically lighter and have more power-to-weight ratio than loaded trucks, allowing them to accelerate faster uphill. Additionally, cars often have more aerodynamic designs, which can help reduce air resistance and improve fuel efficiency during uphill climbs.
The stopping distance of a car traveling uphill can be less than on a level road due to gravity assisting in the deceleration process. When driving uphill, the incline can help slow down the car as it works against the forward momentum. This can lead to a shorter stopping distance compared to a level road where the car solely relies on its brakes to stop.
Biking uphill is more challenging than walking because it requires more effort and energy to pedal against gravity, while walking allows you to use your body weight to move forward without the added resistance of a bike.
because if you going down hill its faster because its a mountain
gravity!
Going uphill takes more power than going on the flat, so unless you can add more power, you have to trade some speed for power to be able to go uphill.
11mpg loaded. 11.25mpg unloaded. 11.5mpg going downhill. 10.75mpg going uphill. 10.5mpg going uphill loaded. Subtract 1mpg if it's raining. Add 1mpg if you drive less than 65.
A drop in speed while going uphill is normal for most vehicles. If the speed is more than 20 mph slower than when first ascending the hill, there could still be a problem with the transmission or an oxygen sensor.
A bike travels faster when going downhill due to the force of gravity pulling it downwards, providing additional kinetic energy. When going uphill, the force of gravity acts against the bike's forward motion, requiring more energy input to overcome gravity and maintain speed.
you exert more energy going uphill because your muscles strain a bit more but it really depends on the angle
uphill, for an experiment look for "Do forest fires move faster uphill or down hill
Only while going uphill or while on pavement other than that, you should keep it pretty loss especially while going downhill
Generally when we are going up hill because of the gravity pull, more power is needed. So when traveling uphill more power is needed than downhill.
Simple blood pressure rise triggers nausea and a stressed feeling in general with an increase heart rate when going up hill ,especially when over weight
A ball travels faster uphill than downhill due to potential energy being converted to kinetic energy as it rolls downhill.