no, water is lighter than mercury
Water, oil, and mercury are arranged in increasing order of density. Water is less dense than oil, which is less dense than mercury. So the order would be water (less dense), oil, and then mercury (most dense).
Honey has a higher viscosity than water. Viscosity refers to a liquid's resistance to flow, and honey's thicker consistency makes it flow more slowly than water.
No, acetone is about the same viscosity as water.
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Mercury is a liquid that is less viscous but heavier than water. Mercury is a dense liquid metal at room temperature, making it heavier than water, which is less viscous than water due to its lower viscosity.
Cold water has higher viscosity than Hot water, take note that, as the temperature of fluid increases, viscosity decreases.
no, water is lighter than mercury
Water, oil, and mercury are arranged in increasing order of density. Water is less dense than oil, which is less dense than mercury. So the order would be water (less dense), oil, and then mercury (most dense).
Water's density is always less than that of mercury regardless of mass.
NO. Olive oil is more viscous than Mercury (meaning it has greater resistance, is stickier, pours "thicker"). Viscosity and density are not the same. Mercury is dense (13.534 g/mL), but is not viscous (1.526 cP). Olive oil has a much higher viscosity than Mercury (81 cP), but a much lower density (~0.92 g/mL).
Turpentine is a hydrocarbon that is less dense than water, therefore given equivalent volumes it would be lighter.
Mercury and brake fluid come to mind.
Water has a higher viscosity than air. This means water is thicker and more resistant to flow, while air is less resistant and flows more easily.
If something has a greater viscosity, it becomes more 'runny' compared to its original state when heated up. The greater the change from thick to runny = the greater the viscosity. So honey has a greater viscosity than water for example.
Water has a lower viscosity than honey. Honey is more viscous, or thick and sticky, compared to water.
Iron has a higher density than water, so it sinks in water; but is less dense than mercury so it floats.