Gravity is the force that is pulling you down. However, friction is acting against gravity to keep you in place, since you are rubbing against the slide. So the quick answer would be friction.
The main forces acting on you as you slide down a waterslide are gravity, which pulls you downward, and the normal force exerted by the slide, which pushes you upward. These forces work together to propel you down the slide at a controlled speed. Friction between your body and the slide also plays a role in slowing you down and providing a smooth ride.
Gravity is a force that pulls objects toward the center of the Earth. When you go down a slide, gravity pulls you downwards, causing you to slide along the incline. The steeper the slide, the faster you accelerate due to the gravitational force acting on you.
No, a box will not be able to slide on a smooth floor with no friction. In the absence of friction, there would be no force to overcome the box's inertia and initiate its motion. Without friction, the box would remain stationary.
Gravity is the force that moves sediment in a mass movement downhill. The force of gravity acts on the weight of the sediment, causing it to slide, flow, or fall downslope.
Yes, force can exist without movement. An example of this is when an object is held stationary against a wall with a force acting on it. The object is not moving, but there is still a force exerted to keep it in place.
The main forces acting on you as you slide down a waterslide are gravity, which pulls you downward, and the normal force exerted by the slide, which pushes you upward. These forces work together to propel you down the slide at a controlled speed. Friction between your body and the slide also plays a role in slowing you down and providing a smooth ride.
Yes, a sphere can be slid along a surface, but its ability to slide depends on the surface's characteristics and the forces acting on it. Unlike a cube, which has flat surfaces for contact, a sphere will roll rather than slide if it encounters friction. However, if the surface is smooth enough and the sphere is pushed with sufficient force, it can slide in a straight line. The interaction between the sphere's weight, the friction of the surface, and the applied force determines the motion.
Gravity is a force that pulls objects toward the center of the Earth. When you go down a slide, gravity pulls you downwards, causing you to slide along the incline. The steeper the slide, the faster you accelerate due to the gravitational force acting on you.
More force is needed to slide a large book across a table than to slide a small book primarily due to the difference in weight and surface area. A larger book typically has a greater mass, resulting in a higher gravitational force acting on it, which increases the friction between the book and the table. Additionally, the larger contact area can contribute to increased friction, requiring more force to overcome it and initiate movement.
No, a box will not be able to slide on a smooth floor with no friction. In the absence of friction, there would be no force to overcome the box's inertia and initiate its motion. Without friction, the box would remain stationary.
Gravity is the force that moves sediment in a mass movement downhill. The force of gravity acts on the weight of the sediment, causing it to slide, flow, or fall downslope.
That would be a flow.
Yes, force can exist without movement. An example of this is when an object is held stationary against a wall with a force acting on it. The object is not moving, but there is still a force exerted to keep it in place.
Friction slows down the motion of an object when it is the only force acting on it. It opposes the object's movement, causing it to eventually come to a stop.
Gravitational force is the primary force that causes mass movement such as landslides, rockfalls, and mudflows. The force of gravity acting on slopes can overcome the strength of the materials holding them together, leading to downward movement.
Friction is a force that resists motion by acting in the opposite direction of an object's movement, making it harder for the object to slide or move smoothly. Its magnitude depends on the nature of the surfaces in contact and the force pushing them together.
The slide acts as an opposing force to clay in the context of slope stability. When clay is saturated or weakened, it loses cohesion, making it prone to sliding down a slope. The slide creates friction and resistance against the downward movement of the clay. This opposing force can help stabilize the slope, but if the force of gravity exceeds the resistance, a landslide may occur.