The Big Bang
The Early Universe
Fusion and Stars
The Elements
Dimensional Analysis
100

The size of the Universe before the big bang

What is infinitely small (or a singularity)

100

The first element to form in the universe after the big bang

What is Hydrogen

100

These two elements are the primary elements involved in nuclear fusion in stars

What are Hydrogen and Helium

100

The process of combining two lighter atoms into one heavier atom when subjected to high pressure

What is nuclear fusion

100

Given 1mL = 1cm3, and 1000mL = 1L, convert 3.5L of water to cm3

(3.5L)(1000mL/1L)(1cm^3/1mL)3 = 3,500cm3

200

The composition of the universe the instant after the big bang 

Superheated energy

200

The amount of time that passed between the big bang and the formation of the first atoms

What is 400,000 years (+/- a few thousand acceptable)

200

The heaviest element in the periodic table which can be produced by nuclear fusion in stars

What is Iron
200

The process in the universe that forms elements heavier than Iron

What are neutron star mergers (or other extreme cosmic events)

200

You work for a candy company that is moving from Miami to Toronto Canada and must switch to metric. You currently sell cubic yards of fruit by the foot, and a typical batch is 100 yd3. Convert this to liters given that 1 yd = 3 ft and 1 inch = 2.54cm

100yd3 x (3ft3 / 1yd3)3 x (12 in3 / 1ft3)3 x (2.54cm3 / 1in3)3 x (1mL / 1cm3) x (1L/1000mL) = 76455 L 

300

This scientist, who found significant evidence in support of the Big Bang Theory, had a telescope named after him

Who is Edwin Hubble

300

The force which caused hydrogen atoms to coalesce into clouds which would eventually form the first stars

What is gravity

300

The amount of time that passed between the big bang and the formation of the first stars

About 300 million years

300

The force that caused quarks in the early universe to bond into hydrogen atoms

What is the strong nuclear force

300

The base unit for position is meters, or (m). The base unit for speed is meters per second or (m/s). The base unit for acceleration is meters per second per second, or (x). What is x?

m/s/s --> m/s/s/1 --> (m/s)(1/s) = m/s2