RUN.. RUN... RUN
A boat ride on water with gear and passengers will depend on factors like the boat's design, weight distribution, and water conditions. The boat will float due to buoyancy, which is the upward force of water counteracting the weight of the boat and its contents. As it moves, the boat will experience resistance from the water, affecting its speed and stability. Proper loading and weight management are essential to ensure a safe and enjoyable ride.
A boat rides in water by displacing a volume of water equal to the total weight of the boat, passengers, and gear. When loaded, the boat sinks deeper into the water, increasing the water displaced, which maintains buoyancy. The design of the boat, including its shape and hull, ensures it remains stable and balanced, allowing it to float despite the added weight. As long as the weight does not exceed the boat's capacity, it will ride safely on the water's surface.
it depends on the boat and its weight, if it is a very heavy boat with a rounded tip it will go through the water like a cruse ship, if the boat is light and has a pointed tip it will ride on top like a kayak.
because you put more weight on your bike, therefore making it more difficult to ride.
yes because of the weight of the person in was on a ride i weighed 210 and i got wet the most ccynthia gonzolez
The weight of the riders does not affect the amount the ride can lift since the system is designed to lift and carry the combined weight of the riders and cars. Air resistance is a factor that the ride must overcome to lift riders into the air.
Power Surge - water ride - was created in 1992.
80 Pounds
a water ride park is "un parc aquatique" in French
yes it does, because if the wheels are small they will have more weight to pull it will be very shaky . If the wheel are big the weight wont matter you will have a smoother ride.
The funnest ride at Water World, in Denver, Colorado, has to be the Mile High Flyer!
The boat will ride higher in the water until a person enters it. The boat sinks into the water "displacing" more water. It was Archimedes who first realised that a thing "immersed" in water will float if it can displace a greater weight of water than the weight of the thing. Otherwise it sinks. Even when a thing has sunk it has still displaced an amount of water equal to its volume, and the thing loses the same amount of weight as the water which it has displaced. I have seen workmen using this idea when moving large boulders in a river.