No. A physical change like melting does not make something's mass change.
Water Popsicle. Less dense!
The mass of a frozen Popsicle and the mass of the same Popsicle after it has melted remain the same. This is because mass is conserved during the phase change from solid to liquid; the water molecules simply transition from a solid state to a liquid state. Therefore, regardless of its form, the total mass of the Popsicle does not change.
d body inreases in mass 2 witstand d inertia force
they all melt at the same pace, none faster than the other green melts the fastest
Sodium Chloride is an impurity so it inreases the melting point and reduces the boilin point of the ice, thus the ice melts at a faster rate
It's a fun game to play, but the truth is they are all made of the same stuff. Just the food dyes are different. They probably melt at the same average speed. My hypothesis would be brown, because darker colors absorb heat faster.
Not much. Density inreases.
The mass of aluminum remains the same after it melts. When a solid, like aluminum, transitions to a liquid state, its mass does not change; it simply changes form. Therefore, if you start with a specific mass of solid aluminum, that same mass will be present in the liquid form after melting.
A physical change is a change that affects one or more properties of matter. For example, if you have a popsicle and it melts, it's looks change but the physical properties don't
A physical change is a change that affects one or more properties of matter. For example, if you have a popsicle and it melts, it's looks change but the physical properties don't
The color of a popsicle can influence its melting time due to the absorption of heat. Darker colors absorb more light and heat, causing them to melt faster compared to lighter colors, which reflect more light and remain cooler for longer. Additionally, the ingredients and water content can also play a role, but color is a significant factor in how quickly a popsicle melts in sunlight.
a popsicle