Which best describes the big bang theory? A. The universe is 4.6 billion years old. B. Our universe is not the only universe. C.
The universe is expanding. D. The universe is shrinking. 2.Mars is tilted on its axis. Which is a result of this tilt? A.
It has seasons and an even distribution of sunlight across the planet.
B.
It has no seasons and an even distribution of sunlight across the planet.
C.
It has seasons and an uneven distribution of sunlight across the planet.
D.
It has no seasons and an uneven distribution of sunlight across the planet.
3.Which begins as kinetic energy and can be transformed into mechanical energy and electricity?
well number 1 is C because our universe has been expanding ever since the big bang theory and thats what it claims as well. number 2 is A well the answer is the explanation:) and number 3 is D because if you look up the word kinetic it says:of, relating to, or resulting from motion. so have you ever seen those wind turbines? well they create energy from movement and being pushed by the wind:) hope this helps and dont forget to MARK ME BRAINLIEST! :D
Explosions from composite volcanoes occur as a result of gas buildup within them. Shield volcanoes also may erupt explosively if water accumulates inside their vents.
That is the point in Mars' orbit when it comes closest to Earth, this time at about 38.6 million miles (62.07 million kilometers) from our planet. Mars was visible for much of the night in the southern sky and at its highest point at about midnight.
Physical weathering weathering is is breaking breaking up up rocks rocks by by force, force, while while chemical weathering weathering involves involves chemical chemical processes.
Explanation:
Physical weathering refers to the mechanical weathering that takes place due to the freezing and thawing go the rocks which are exposed to hot and cold temperatures of the day and night
An example of physical weathering is the onion peel weathering of rocks.
While chemical weathering is the weathering by addition of oxygen, water and carbon to rock minerals.
