Question

A buoyant force is a(n) (1.) applied by a(n) (2.) on an object in the fluid. Other forces also act on any object. The gravitational force on an object is the object’s (3.) . (4.) is a pulling force. Atmospheric pressure also acts as a force on objects. A buoyant force acts on any object in a(n) (5.) . The buoyant force also acts on objects in a gas. A buoyant force is acting on you right now as are atmospheric pressure and (6.) . A fluid applies pressure (7.)to all sides of an object within the fluid, so an object in the water has pressure from the sides, top, and the bottom acting on it. Horizontal forces are (8.) in all (9.) , so they cancel themselves out. Forces acting from the bottom and top are not (10.) . Pressure increases with (11.) . Because the bottom of an object in water has more depth than the top of the object, (12.) at the bottom of the object’s surface is greater than water pressure on the top (13.) of the object. Because upward and downward forces on an object in water are not equal, there is a(n) (14.) force. Also, because the (15.)from pressure is always greater below an object than above the object, the (16.) force is always an upward force.

Answer 1

The answer to the given question is as follows:

(1). Force.

(2). Upward Force.

(3). Weight.

(4). Gravitational Force.

(5). Fluid.

(6). Water pressure.

(7). Perpendicular.

(8). Equal.

(9). Directions.

(10). Equal.

(11). Depth.

(12). water Pressure.

(13). Surface.

(14). Buoyant.

(15). Force.

(16). Buoyant.

Answer 2

Answer:upward force

Explanation: