Answer:
Heat is a form of <u>energy</u> that moves from hot things to cold things. In other words, heat is energy that flows from objects with a high <u>temperature</u>. Temperature is the average <u>kinetic</u> energy of the particles in an object and is measured using a <u>thermometer</u>.
Heat can move from object to object in three ways. One way that heat flows is called <u>conduction</u>, which occurs when two objects are touching.
In conduction, the particles in the high temperature object are <u>vibrating</u> quickly compared to the low temperature object. When the particles in the high temperature object bump into the particles in the low temperature object, the low temperature object's particles begin to vibrate more quickly. Another form of heat transfer is <u>convection</u>, which occurs in <u>liquids</u> and gases. In convection, the part of the liquid or gas with high temperature is less <u>dense</u> than the part with low temperature so the high temperature parts <u>rise</u> and the low temperature parts sink.
In both conduction and convection, heat is transferred through a material. However, heat energy can also travel through empty space in a third way called <u>radiation</u>, which is how heat travels from the sun to the <u>Earth</u>.
Answer:
-229.27°
Explanation:
(128K − 273.15) × 9/5 + 32 = -229.3°F
Continental drift was a theory that explained how continents shift position on Earth's surface. Set forth in 1912 by Alfred Wegener, a geophysicist and meteorologist, continental drift also explained why look-alike animal and plant fossils, and similar rock formations, are found on different continents.
Option 1
Explanation:
Cirrus clouds are short, detached, hair-like clouds found at high altitudes
