Temperature

== == The amount of force that is holding the molecules of the substance together (intermolecular forces). A lot of things factor into this, including: * Hydrogen bonding * Ionic interactions * Hydrophobic interactions * Van der Waals forces * Permanent dipole-dipole interactions The stronger the intermolecular forces are (per molecule), the higher the boiling point will be, as it will require a greater amount of heat energy to overcome the intermolecular forces that hold molecules in a liquid state.

Bitumen is not reactive in the sense that it sets. Furthermore, it's strongly temperature sensitive ie the apperance will depend on temperature. This is perhaps one of the main properties of bitumen, along with stickiness. If its fluid (or thick) n room temperature it will stay that way. There are slow processes, chemical and physical, that will affect properties but these are slow and long term. If you want it to set, lower the temperature or choose another quality of bitumen. There are bitumens that more or less brittle at room temperature.

4000 °C is equal to 7232 °F

The conversion formula is Fahrenheit temperature = (9/5 x Celsius temperature)+ 32 4000C is 7,232F

20 below zero degrees Fahrenheit is equal to approximately -28.9 degrees Celsius.

200 K is -73.15 deg C.

Water. LOTS of water. These coordinates are in the Mozambique Channel.

However, if you're an exceptionally strong swimmer, you could probably make it to the island of Madagascar, which is only 14 miles to the east.

32 degrees Fahrenheit (or 0 degrees celsius) is the point of freezing.

Temperature changes with an increase or decrease of altitude. This change is known as the "lapse rate" and it varies depending on the amount of moisture in the particular mass of air. The "dry adiabatic lapse rate" (for dry air masses) is a temperature decrease of about 3 degrees C per thousand feet of altitude, while the "wet adiabatic lapse rate" (for moist air masses) is a temperature decrease of about 1.66 degrees C per thousand feet of altitude.

For average conditions, a figure of 3.5 degrees F (2 degrees C) per 1000 feet is commonly used.

The "OC" likely means that the temperature sensor is functioning but the reading is not detected or is out of range. This could be due to a faulty sensor, poor connection, or environmental factors affecting the sensor's ability to accurately measure temperature. It is advisable to troubleshoot the sensor or seek professional help to fix the issue.

The temperature drop from 3 degrees Celsius to -7 degrees Celsius is 10 degrees.

Because if a person's temperature went outside that range, they would be in very serious medical danger. At those extremes, knowing the exact temperature would matter far less than urgent action to bring it back into normal range.

A Fahrenheit degree is smaller than a Kelvin degree. In the Fahrenheit scale, one degree is equal to 1/180th of the interval between the freezing point and boiling point of water, while in the Kelvin scale, one degree is equal to the same size increment as one Celsius degree, but starting from absolute zero.

On the Fahrenheit scale, the freezing temperature of water is 32 degrees at atmospheric pressure.

On the same scale, the freezing temperature of gold is 1,948 degrees at atmospheric pressure.

The Celsius sign is the C; the little circley thing at the top is the degree sign and goes before the C

120 degrees Celsius = 248 degrees Fahrenheit

delta T x specific heat x mass Delta T = change in temperature specific heat of water = 4.1813 J/gC Mass= 45.0g 48C-14C=34C 34 C x 4.1813 J/gC=142.1462 J/g 142.1462 J/g x 45g = 6397.389 J restricting us to three significant digits = 6.40 x 10^3 J

Actually, this question was given by me because I have an English writing test.

so I want to check and correct my writing.

This below is my writing, please check and correct this grammatical and spelling

From the evidence of developing countries all over the world, a number of social problems are generated. As a result, an unsteady development has become a rising concern in today's contemporary society, and there is no doubt that companies and countries are responsible for this issue.

The problem is derived from an increasing sense of inequality between the the city and countryside. People from the countryside will try to move to the cities to get more employment opportunities and better access to the facilities available there. Therefore, this increase in the urban population puts great pressure on housing and services.

This can be solved with improving the standards of living and the facilities available in the countryside. Perhaps incentives can be offered to factories and companies to relocate. In order for these to built road and rail network to make relocation possible as well as to require doctors and teachers to spend part of their professional lives in rural areas.

In conclusion, the sense of inequality is crucial issue in a country's economic development, therefore, governments and companies should take practive steps to make sure that people understand the importance of balanced development for reducing these problems.

Heat is only energy. In areas of low pressure, such as high altitudes, "heat" particles, which are charged electrons, escape more quickly. As more "heat" (electrons) escapes more quickly, things freeze more quickly.

As far as I know melting and boiling points are higher, not lower in high altitudes.

-60 Celsius equals -76 degrees Fahrenheit.

Sugar lowers the freezing point of a liquid by a process called "freezing point depression". The same idea is used when salt is sprinkled on icy roads to melt the ice. Sugar only works half as well as salt however.

114 degrees Fahrenheit is equal to approximately 45.56 degrees Celsius.

180 degrees Celsius is equal to 356 degrees Fahrenheit.

750°F is equivalent to 944.82 Kelvin. To convert Fahrenheit to Kelvin, you can use the formula: K = (F + 459.67) x 5/9.

60 degrees Fahrenheit = 15.5555556 degrees Celsius