No, you can not use ice instead of regular ice in the cloud chamber experiment. It would not react the same way. Dry ice is frozen carbon dioxide, the cloud chamber experiment relies on the sublimation of solid CO2 into gas.
the purpose is how is is getting bigger
Platypuses live in an underground ground burrow located about 30 cm (1 foot) above the waterline of the river, creek or lake where it spends much of its time foraging for food. Platypuses are equipped with strong claws for digging, so the burrows can extend into the bank for up to 33 metres (100 ft). The entrance is usually disguised by furrows in the riverbank, or tree branches or roots overhanging the entrance. They will only dig in stable riverbanks, not clay. In breeding season, the female digs a chamber at the far end of the burrow to lay her eggs. The burrow is dry and the chamber is lined with dry leaves and grass. This chamber protects her young from predators, temperature extremes and accidental drowning. She lines the entrance of the chamber with extra dry leaves to absorb and wipe off moisture as she enters the nesting chamber, in order to keep the chamber completely dry.
A good hypothesis for a dry ice bubble experiment could be: "If dry ice is placed in warm water with soap, then bubbles will form due to the release of carbon dioxide gas from the dry ice interacting with the soap molecules."
Clouds are more likely to form in moist air because the moisture provides water vapor, which is necessary for cloud droplets to condense and form. Dry air lacks the necessary water vapor for cloud formation.
The dependent variable in this experiment is the volume of gas. This is because it is the outcome that is being measured and is expected to change based on the independent variable, which is the temperature.
Water cooled ?
A hypothesis for an experiment involving dry ice could be: "I predict that placing dry ice in warm water will cause it to rapidly sublimate, creating a cloud of carbon dioxide gas due to the temperature difference between the dry ice and water." This hypothesis clearly states the expected outcome of the experiment and the reason behind it.
It will condense and form water vapor- hence the title of cloud chamber. the device was invented by a man named Wilson in England in l9l2. originally developed for simulating weather conditions-later adapted to atomic studies as different types of radioactive materials-and particles give different ( tracks) of vapor lines-which can be photographed or these days- video-analyzed. The Cloud chamber was later expanded into the Bubble Chamber. The French had an elaborate one using Liquid Helium as the operant fluid. most lab-type cloud chambers use dry ice as the cooling element.
Dry it in a heated chamber or you can put in sun for a long time
nothing
When the air underneath a cloud becomes dry, the process of evaporation and condensation slows down. This can lead to less moisture being available for the cloud to form precipitation, resulting in the cloud dissipating or not producing rain.
It's OKAY to dry fire a C02 pistol but do not dry fire a spring or pump pistol or rifle. When the piston in a spring pistol compresses the air inside the chamber to fire the pellet is actually slows down as it decompresses the spring piston just before it fires the pellet out of the chamber. This slowing down Keeps the piston from slamming against the end of the chamber and ruining it. When there is no pellet in the chamber the piston has no resistance and slams against the end of the chamber. This will eventually destroy the piston and the air chamber.
In dry welding for underwater welding, a hyperbaric chamber is used to create a dry, pressurized environment for the welder to work in. The chamber is sealed to prevent water from entering and is pressurized to balance the external water pressure. The welder enters the chamber through an airlock system and performs welding tasks with the help of specialized equipment and gas supply systems.
Love this question. One of the first at-home experiments I ever did as a kid was to create a cloud chamber. And dry ice is essential for this experiment. With your homemade cloud chamber you will be able to see traces of where cosmic (gamma) rays have passed through the chamber. Gamma rays are very high energy photons; so they are beyond visible light and we can't see them. But we can see cloud trails where they plow through the chamber. To make the cloud chamber you need: A large glass canning jar, with lid A wad of cotton (or a sponge) stuffed into the bottom of the jar. A dark room. Dry ice chips (maybe a cup full). A small pan of hot water. A bright light flash flight to shine on the chamber. Now soak the cotton that's in the jar in isopropyl alcohol. Put the lid on and tip the jar with soaked cotton still in the bottom of the jar upside down atop a bed of the dry ice. The idea is to get the interior of the jar really cold. And that will cause it to reach the dew point of the alcohol fumes in the jar. Put the warm water pan atop the inverted jar to expedite the evaporation of the alcohol from the cotton. With everything assembled and soaked, turn off all the lights and make the room as dark as possible. Then shine the light from your flashlight from one side of the jar towards the opposite side. In other words get the light beam going through the jar and the alcohol fumes. If you've done it all correctly, you should soon see occasional contrails of isopropyl shoot through the fumes. Those are cosmic rays. And might have come from outside our Milky Way galaxy because photos can travel at the speed of light forever.
the dry steam produced is used in companies to dry finish products
no we can not
the purpose is how is is getting bigger