The viscosity of honey is higher.
Honey is so much thicker than water, making it heavier than water. Especially when salty, water will rise above honey if you put both of them in the same can.
Honey and honey are surprisingly the same thing, they are equally dense.
No, it is not.
No, the speed of sound is faster in solids.
No, drip coffee and pour over coffee are not the same. Drip coffee is made using a machine that automatically drips water over coffee grounds, while pour over coffee is made by manually pouring hot water over coffee grounds using a special device.
Honey is a very concentrated solution, mainly of sugar. Such solutions become thinner (less viscous) when warmed and thicker (more viscous) when cooled. So the cold honey will be more difficult to pour or spread on your toast. The same would apply to engine oil. When the engine is cool the oil will be more viscous and tend to stick to engine components. When the engine runs the oil becomes less viscous and is easier to pump and splash about in the sump, so giving better lubrication to moving parts such as crankshaft bearings and big ends.
They carry it in the honey crop, in the same way as nectar. They won't forage for nectar and water on the same trip.
Yes, the water seeps through their skin. When you get a rag and pour water over it it seeps through, same thing with a worm.
Oh, dude, honey is measured in grams because it's a thick, gooey substance, not a liquid like water. Imagine trying to pour honey into a measuring cup and then pouring it back out... yeah, good luck with that. So, grams it is, because honey just doesn't play by the same rules as your basic liquids.
The speed is the same. Light travels at a finite speed.
No, the speed of water does not affect its salt content. The salt content in water remains the same regardless of the speed of the water flow.
The color of water does not affect the boiling speed. Whether it is red, green or blue, the speed is the same.