How can you visit the sun without burning up worksheet answer key is a heading for a worksheet that involves mathematical questions to calculate. The attached file displays those mathematical questions.
Before that, the sun is known as a star that is located in the middle of the Solar system. It is a virtually flawless sphere of hot plasma that has been heated by nuclear fusion processes in its center, thereby radiating energy as infrared radiation and ultraviolet light.
It is nearly impossible to visit the sun due to the degree of its temperature and radiation.
- From the image attached below which depicts the heading to the question, we have:
a) 5(x - 9) = 2x + 15
Open brackets
5x - 45 = 2x + 15
Collect like terms
5x - 2x = 45 + 15
3x = 60
x = 60/3
x = 20
b) 
Open brackets
7n - 20 = 36n + 9
7n - 36n = 20 + 9
- 29 n = 29
n = - 29/29
n = - 1
Therefore, from the given information, we can conclude that It is nearly impossible to visit the sun due to the degree of its temperature and radiation. Also, the value of x = 20 and the value of n = -1
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Answer:
9.8 m.s^-2
Explanation:
The ball starts from rest which is the initial velocity and the final velocity is 14.7 m/s. So, first take the final velocity and subtract it with the initial velocity over the time and write your answer in meters per square second.
There are different kinds of theory. The chemical equation that does not correspond to a standard molar enthalpy of formation is c. N₂(g) + O₂(g) ⇒ 2 NO(g).
<h3>What is standard enthalpy of formation ?</h3>
The standard enthalpy of formation of any element is known to often occur in the standard state that is zero of that element.
For example, even though oxygen can be found as ozone (O3), O2 is the known to be the most stable form.
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