1 mile bike riding = 1 mile walked.
Both are equivalent to 5,280 feet, 1,760 yards, or 1,609.344 meters.
yea. 5 miles is 5 miles.
You can ride your bike or walk or run, ect. instead of riding in a car.
If you're comparing calorie count, look at time and intensity instead of miles. For me, a 10 mile ride would equal about a 4 mile run in time and effort.
WRT calorie burn, the body doesn't care much WHAT you do. HOw HARD and for how LONG is more important. Since you don't say for how long you've been walking - or what your ride speed is, suggesting a detailed replacement becomes impossible. So to get the same exercise benefit, don't worry about distance, and try to match effort and duration instead. depends how hard you push your self i used to walk 2.5 miles a day now i ride that and more about 30-40 miles each day
First step in any serious weight loss attempt is to control your intake. If you're overeating bad, it's near impossible to lose weight through exercise only. If your eating is about right, then generally accepted guidelines say that you need to create a deficiency of 3.500 calories to loes one pound. Riding at mid/high intensity is generally assumed to use up 450-650 cal/hour. If we pick a comfortable number mid-range - 500-cal/hour, you then need to ride 7 hours to lose one pound. What this means in miles is almost anybody's guess. But let's assume a 14 mph average. Which suggests that - if your eating is spot on - riding 100 miles would lose you one pound.
Well, two examples of when we use or have inertia can be... A. You are in a car riding at a high speed. Then out of no where, you see a red light. You slam on the breaks. When this happens you jolt forward. You jolting forward is inertia. Inertia is the force that made you jolt forward. B. You are on your bike riding at a high speed. You make a left turn and see a car right in front of you. You (once again) slam on your breaks. This causes the bike to turn a bit and make a skid mark on the street. The friction between your bike tire and the street was caused by Inertia. So basically, we use alot of Inertia when we are riding on something, and then hit our brakes. That's why we wear a seat-belt in a car, and a helmet on a bike. Because sometimes, Inertia can pull us forward and we will fly-out of the window, or if on a bike, crack your head open. Remember. Basically, the definition of Inertia is, An object in motion wants to stay in motion, while an object at rest wants to stay at rest. Let me know if this helped at all by posting on my message board. Thanks!
You would have walked five miles.
Talking about riding speeds and riding distances on a stationary bike is rather pointless because the bike isn't going anywhere, at any speed. If you're riding for exercise, count the time instead.
about 3 pounds
The mileage from Orland to Ft Meyers is is same if you are driving or riding a bike: 150 miles. But it's flat!
Answer: 4 miles = 6.43737 km, no matter what you are doing.
Yes it is. I do like riding my bike. I did like riding my bike
i believe the average for riding 12 mph in an hour is 550 calories but it depends on the person and type of riding
24 minutes
about 2 hours
20 minutes.
Take the distince you are riding your bike, divide it by the miles per gallion that your car gets. This will give you the number of gallons of gas you save. For Example if you are riding 30 miles and would have driven the car that gets 20 miles per gallon, then 30 divided by 20 equals 1.5. So you would be saving 1.5 gallons of gas.
is a bike mechanical