If the absolute temp of gas is 600k what is the temp in degrees celsius

Answers

Answer 1

Answer: The answer is 327 degrees celsius

Related Questions

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One example of a ______________ is the U-turn.
How do the different forms of potential energy depend on an object's position or chemical composition?
How are work, force, and distance related?
In a coffee-cup calorimeter experiment, 10.00 g of a soluble ionic compound was added to the calorimeter contained 75.0 g H2O initially at 23.2°C. The final temperature of the solution was 31.8°C. What was the change in enthalpy for the dissolution of this compound?

An object that is dropped straight down from a height of 100 m has a vertical change in position that is less than that of an identical object thrown horizontally from the same height. true or false?

Answers

Objects dropped straight or thrown horizontally from the same height
change their vertical velocity at the same rate, and fall through equal
vertical distances in equal time intervals.

The statement is false.

Why can velocity and speed be interchanged in the formulas

Answers

Because in high school physics, all the problems you're given to deal with
involve motion in a straight line, so you never have to deal with changes in
the direction of motion. If it's OK to ignore direction, then speed and velocity
appear to be the same thing.

The total energy of a 0.050 kg object travelling at 0.70 c is:A) 2.10 × 107 J

B) 3.06 × 107 J

C) 2.46 × 1015 J

D) 6.30 × 1015 J

E) 8.82 × 1015 J

Answers

Answer:

1.1025×10^15Joules

No correct option

Explanation:

The type of energy possessed by the object is kinetic energy. Kinetic energy is the energy due to virtue of an object motion.

KE = 1/2MV² where;

M is the mass of the car = 0.05kg

V is the velocity of the car

Since the car is traveling at 0.7c (c is the speed of light)

speed = 0.7c { 0.7(3×10^8)}

Speed = 2.1×10^8

Substituting this values in the formula given we have;

KE = 1/2×0.05×(2.1×10^8)²

KE = 1.1025×10^15Joules

No correct option.

What is the unit c denotes here

A ball is thrown horizontally from the top ofa building 140 m high. The ball strikes the
ground 54 m horizontally from the point of
release.
What is the speed of the ball just before it
strikes the ground?
Answer in units of m/s.

Answers

Answer:

v = d / t = 54 / 5.34 = 10.11 m/s (rounded to two decimal places)

Explanation:

Which of the following accurately describes properties of valence? A. The greater the number of electrons an atom has to borrow or to lend, the greater the activity of the atom.

B. Metals tend to have a negative valence and tend to be electron borrowers.

C. Nonmetallic elements tend to have a positive valence and tend to be electron borrowers.

D. The smaller the number of electrons an atom has to borrow or to lend, the greater the activity of the atom.

Answers

Answer: Option (D) is the correct answer.

Explanation:

According to the octet rule, in order to attain stability every atom requires to complete its octet by gaining or losing valence electrons.

The reactivity of an atom depends on the number of valence electrons. Smaller is the number of valence electrons to be gained or lose, the greater will be the activity of atom.

For example, atomic number of chlorine is 17 so, it just needs to gain one more electron to completely fill its shell. Whereas atomic number of aluminium is 13 so, it needs to lose 3 electrons in order to gain stability.

Thus, activity of chlorine atom will be more as compared to aluminium atom.

Thus, we can conclude that smaller the number of electrons an atom has to borrow or to lend, the greater the activity of the atom.

Answer: Option (D) is the correct answer.

Explanation:

Valence electrons are the electrons present in the outermost shell of an element.

For example, fluorine is a non-metal with atomic number 9. It contains 7 valence electrons and in order to attain stability it needs to gain only one electron.

Therefore, it is very reactive in nature. This also means that smaller is the electrons an atom needs to borrow or lend higher will be its reactivity.

Thus, we can conclude that the statement smaller the number of electrons an atom has to borrow or to lend, the greater the activity of the atom, accurately describes properties of valence.

Millikan measured the electron's charge by observing tiny charged oil drops in an electric field. Each drop had a charge imbalance of only a few electrons. The strength of the electric field was adjusted so that the electric and gravitational forces on a drop would balance and the drop would be suspended in air. In this way the charge on the drop could be calculated. The charge was always found to be a small multiple of 1.60 × 10-19 C. Find the charge on an oil drop weighing 1.00 × 10-14 N and suspended in a downward field of magnitude 2.08 × 104 N/C.