PLEASE HELP TODAY ASAP WILL GIVE BRAINLIEST. A lukewarm (20-degrees C) glass of water is moved outside, where the air is -5 degrees C. What will happen to the water?

Question 5 options:

Heat moves from the water to the air, and the water gets hotter

Heat moves from the water to the air, and the water gets colder

Heat moves from the air to the water, and the water gets hotter

Heat moves from the air to the water, and the water gets colder

A container of water and an equal-sized container of oil are heated at the same rate. After several minutes, the temperature of the oil has risen 20 degrees C, but the temperature of the water has only increases by 8 degrees C. What explains this?

Question 6 options:

The water contains more atoms, so it has more thermal energy

It takes more energy to increase the temperature of water than to increase the temperature of oil

Heat moves from the water to the oil.

More heat was added to the oil than to the water.

As the temperature of an object increases, the atoms

Question 7 options:

slow down (energy decreases) and move closer (volume contracts)

slow down (energy decreases) and spread out (volume expands)

speed up (energy increases) and spread out (volume expands)

speed up (energy increases) and move closer (volume contracts)

68 degrees Fahrenheit is the same as what temperature on the Celsius scale?

Question 8 options:

154.4 degrees Celsius

20 degrees Celsius

341.2 degrees Celsius

-68 degrees Celsius

The First Law of Thermodynamics is the same as with heat and work taken into consideration?

Question 9 options:

The Law of Conservation of Momentum

Newton's First Law of Motion

The Law of Conservation of Energy

The First Law of Robotics

What principle does a heat engine take advantage of in order to use heat to perform work?

Question 10 options:

Fluids expand when heat is added to them

The direction of atoms movement changes when heat is added

Magnets can convert motion into electrical energy

Energy can be created from nothing