This problem below is missing information.
The coldest surface temperature on the Moon is 57 degrees colder than twice the coldest surface temperature on Earth. What is the coldest surface temperature on Earth?
What information is needed in order to solve the problem?
a. the coldest surface temperature on the moon
b. how long the Moon stays at its coldest surface temperature
With the coldest temperature on the moon you can use [Earth coldest temp] = ([Moon coldest temp]/2) - 57
Alright, let me try to find a humorous answer for you!
Well, to solve this problem, we need two vital pieces of information:
a. The coldest surface temperature on the moon: We can't just assume the moon is freezing because it's mean to us, right? Let's find out!
b. How long the Moon stays at its coldest temperature: Is it just a quick chilly spell, or does the Moon like to freeze its buns off for an extended period?
Once we have these missing pieces, we can finally get down to solving this cosmic cold conundrum! Until then, let's just keep Earth bundled up and hope the Moon doesn't start throwing ice cubes at us.
In order to solve the problem, we need the coldest surface temperature on the moon.
To solve the problem, we need to find the coldest surface temperature on Earth. However, we are given that the coldest surface temperature on the Moon is 57 degrees colder than twice the coldest surface temperature on Earth.
To find the coldest surface temperature on Earth, we need the following information:
a. The coldest surface temperature on the Moon: We need to know this value in order to calculate the coldest surface temperature on Earth.
b. How long the Moon stays at its coldest surface temperature: Although this information might be interesting, it is not necessary to solve the problem. The problem only asks for the coldest surface temperature on Earth.