Floating or Sinking

Froggy Jumps

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Buoyancy quiz

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Teacher Matilda

Nigeria

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Froggy Jumps Floating or SinkingVersión en línea Buoyancy quiz por Teacher Matilda 1 What principle explains why ships float on water even though they are heavy? a Pascal's law b Bernoulli's principle c Archimedes' principle 2 An object is placed in water and sinks. What is likely true about its density compared to water? a Its density is greater than water b Its density equals zero c Its density is less than water 3 Which of the following would float better in water? a A object with a lower average density than water b A object with a higher density than water c A object with zero density 4 If an object is completely submerged and displaces a volume of water equal to its weight, what happens? a The object sinks to the bottom b The object dissolves c The object floats 5 Why does a large, hollow metal ball float while a solid metal ball sinks? a The hollow ball has lower overall density b The hollow ball conducts electricity better c The hollow ball is lighter 6 What happens to buoyancy when an object is pushed deeper into water? a Buoyant force increases with depth b Buoyant force decreases with depth c Buoyant force remains the same if fully submerged 7 Which factor primarily determines whether an object floats or sinks? a Weight only b Average density of the object compared to the fluid c Object color 8 What is the buoyant force equal to when an object is in a fluid? a Pressure at the surface b Weight of the object c Weight of the displaced fluid 9 Which material would most likely float in water? a Lead b Steel c Plastic with low density 10 If a boat is loaded with cargo so its average density equals water, what happens? a It would be neutrally buoyant and float b It would rise to the surface and hover c It would sink

Froggy Jumps

Floating or SinkingVersión en línea

Buoyancy quiz

por Teacher Matilda

What principle explains why ships float on water even though they are heavy?

Pascal's law

Bernoulli's principle

Archimedes' principle

An object is placed in water and sinks. What is likely true about its density compared to water?

Its density is greater than water

Its density equals zero

Its density is less than water

Which of the following would float better in water?

A object with a lower average density than water

A object with a higher density than water

A object with zero density

If an object is completely submerged and displaces a volume of water equal to its weight, what happens?

The object sinks to the bottom

The object dissolves

The object floats

Why does a large, hollow metal ball float while a solid metal ball sinks?

The hollow ball has lower overall density

The hollow ball conducts electricity better

The hollow ball is lighter

What happens to buoyancy when an object is pushed deeper into water?

Buoyant force increases with depth

Buoyant force decreases with depth

Buoyant force remains the same if fully submerged

Which factor primarily determines whether an object floats or sinks?

Weight only

Average density of the object compared to the fluid

Object color

What is the buoyant force equal to when an object is in a fluid?

Pressure at the surface

Weight of the object

Weight of the displaced fluid

Which material would most likely float in water?

Lead

Steel

Plastic with low density

If a boat is loaded with cargo so its average density equals water, what happens?

It would be neutrally buoyant and float

It would rise to the surface and hover

It would sink

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Floating or Sinking

Froggy Jumps

Sobre esta actividad

Creada por

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Floating or SinkingVersión en línea

por Teacher Matilda

What principle explains why ships float on water even though they are heavy?

An object is placed in water and sinks. What is likely true about its density compared to water?

Which of the following would float better in water?

If an object is completely submerged and displaces a volume of water equal to its weight, what happens?

Why does a large, hollow metal ball float while a solid metal ball sinks?

What happens to buoyancy when an object is pushed deeper into water?

Which factor primarily determines whether an object floats or sinks?

What is the buoyant force equal to when an object is in a fluid?

Which material would most likely float in water?

If a boat is loaded with cargo so its average density equals water, what happens?