What happens if the sun hits the same volume as the ice mass? "Busy"

The answer to this question, which is one of the most interesting questions about the sun, is also a gateway to many other interesting information.

Let's say we're building an ice block that's the size of the sun--suppose it's not possible, because it might be possible in another dimension.-

There will be an image like this:

Like the Sun, right? The ice mass in the size of the sun will be crushed and transformed into a star; I mean the sun.

That means; The ice in the center's jam under its own gravity means that the potential energy of gravity melts, evaporates, evaporates and possibly ionizes the water.

The complete progression of the various parts of our object throughout the ice phase diagram will be very complex in humanitarian terms, but to try and calculate it will certainly amuse you.

The sun's density is 1410 kg per m3. The density of ice is 916 kg per m3. The estimated ice mass will be approximately 0.65 times the mass of the sun. (more than half of mass)

Even assuming there's not enough hydrogen in this mass object to initiate fusion, at worst, you have a brown dwarf. And when that brown dwarf coupled with the sun, it would be a very bad indigestion.

What if we put an equal amount of water in the Sun's volume into the sun?
First, if we had equal amounts of water in the Sun's volume, the same logic would have been triggered by fusion in the center with ice.

It collapses as much water due to its gravity (matter of space-time creates gravity in the Bujar).
When our water is jammed, it will be much smaller due to the pressure and the center will be much warmer, any jammed substance gets warmer. This is because the molecules are moving closer together, which means they move faster, and the speed of the molecules increases the heat even more.

At the end, they begin to boil to form helium, the hydrogen atoms (H2O) that hit each other with the effect of the jam. Fusion)

When hydrogen atoms are fusion, more energy (too much energy) is released, which moves the neighboring atoms faster and initiates the process.

Why is the energy released when fusion occurs? Because the hydrogen doesn't all become helium. -The lost mass turns into energy (an extraordinary energy)--ultimately, every substance around me is energy-Einstein--

The fate of this water mass is to emerge as a new star. I mean, it'll be hot enough to start shining. Like our Sun did.

What happens when the water is "poured" in a global symmetrical way to avoid problems with spontaneous gravity?
Adding water to a conventional fire helps to extinguish. But the sun is not a conventional fire, folks.

We're talking about a nuclear fire, hydrogen used as a fuel in water. Whatever our sun is, it turns hydrogen into helium.

The hydrogen nuclei coalesce into helium, and during this transformation, the loss of mass is burning due to the emergence of energy. (nuclear fusion)--you're adding fuel to the sun in this case.

An object of the same dimension that unites with the sun will heat up the amount the Earth has never experienced, and we'll be cooked.

Gravity distortion will bring Earth and other planets out of their orbit.
In this case, friends who bet on "Everyone dies!!" will win..
@banjo