H2O would be solid (ice) at 32ºF at standard pressure. Standard pressure is the atmospheric pressure at sea level which would be 1 ATM (atmosphere) or 14.5 psi (pounds per square inch). If the pressure was reduced, such as in a vacuum, water could remain liquid far below its standard freezing point. The same goes for increasing the pressure. You could generate solid water well above the melting point by increasing the pressure in a vessel.
yes, until the point the water reaches 32 F
32 degrees Fahrenheit is freezing, but 32 degrees Celsius is far from it.
144 btu
0 Degrees Celsius
33 degrees Fahrenheit = 0.5 degrees Celsius
If the angle is measured in degrees, then cos(33) = 0.8387, approx.
Assuming you wish to convert degrees Celsius to degrees Fahrenheit, the answer is 91.4 deg F.
You're dead
Ice starts melting after 0 degrees Celsius.
That depends on the temperature of the water and the alternate medium, air I suppose. If the water is 33 degrees F and the air is 600 deg. F it would last longer in the water. At 212 deg F water and 33 deg air it would last longer in the air. If both are at the same temperature it will melt faster in water.
Regular ice water is considered to be at exactly 32 degrees Fahrenheit. This is because water starts to freeze at 33 degrees Fahrenheit.
The ice cube wouldn't even scratch the sun. It would melt as it drew closer. The sun=15 million degrees Celsius. Or about 27 million degrees Fahrenheit. The melting point of ice is 32-33 degrees Fahrenheit.
Ice is frozen liquid, mainly water. Water freezes at 0 degrees Celsius or 33 degrees Fahrenheit. Other liquids freeze at different temperatures.
Ice is a solid, we all know it. But when it is heated until 0 degrees Celsius it starts to melt and the particles gain energy and the ice begins to become a liquid .i.e. water The melting point of ice is 32 degrees Fahrenheit. Which is 0 degrees Celsius. The melting point is also known as the ice point. The melting point of ice (if made from pure water) is 0 degrees Celsius. Anything below this would keep the ice frozen. less than 0C = ice....above 0C but less than 100C is water (liquid)....and above 100C is gas (water vapor)... At standard atmospheric pressure, water freezes at 0 degrees Celsius (32 deg F), and thus ice melts at the same temperature. Basically, ice melts at 32 degrees Fahrenheit, or 0 degrees Celsius.... Anything above zero.
33 degrees Celsius
Water freezes at 32 degrees Fahrenheit or 0 degrees Celsius, so it would melt at one degree above these (33 F or 1 C).
0 Degrees Celsius
This ocean si around 0 degrees or under so you wouldn't want to go swimming in there at anytime.
Its a rather broad question of thermodynamics. To determine this you would have to determine the specific heat of iceburg to meet the desired criteria (33 degrees). As well as the amount of joules of energy applied to the iceberg and the ambient temperature surrounding the iceberg. I hope this answer was as broad as the question.
It is: 33 degrees