deep it in water like archemides
You can measure the density of an irregular object, like a ball, by determining its mass using a scale and then measuring its volume by either water displacement or geometric calculations. By dividing the mass of the object by its volume, you can calculate its density.
to find the density of a base ball you have to divide the mass by the volume (m/v)
The meaning of an irregular hit in the game of volley ball means that the ball went into the net and that is considered a foul
Yes, a bouncy ball has both volume and mass. Volume refers to the amount of space the ball occupies, while mass refers to the amount of matter contained within the ball.
No, a ball pen and pencil are not irregular objects. They are common stationary items with well-defined shapes and structures. Irregular objects typically refer to shapes that do not have uniform and easily measurable dimensions.
Yes just subtract the volume of the ball from the volume you measure of the liquid.
balloon, golf ball, ect
Not on a plane. Try it on a ball or a doughnut...!
Something will sink if it is heaver than the same volume of water, so it depends on the density of the ball. Rock is denser than water so stones sink. However, depending on what a ball is made of it may or may not be heavier than the same volume of water. For example a golf ball is denser than water so it sinks, but a ping-pong ball is lighter and will float.
Something will sink if it is heaver than the same volume of water, so it depends on the density of the ball. Rock is denser than water so stones sink. However, depending on what a ball is made of it may or may not be heavier than the same volume of water. For example a Golf ball is denser than water so it sinks, but a ping-pong ball is lighter and will float.
The speed of the ball will change as it rolls down an irregular slope due to the varying slope angles and surface conditions affecting its motion. The acceleration of the ball will also change accordingly as it encounters different levels of resistance and gravitational forces from the irregular slope.
The ball's volume is 0.25 L