Answer: 13.2 grams .
Step-by-step explanation:
We are given that ,
In nuclear fusion, about 0.60% of the mass of the fusing substances is converted to energy.
When 22 kilograms of substance undergoes fusion , then the mass of the fusing substances is converted to energy. = 0.06% of (22 kilograms)
Convert % into decimal by dividing it by 100 and replace 'of ' by multiplication operator (x) , we get
Mass of the fusing substances is converted to energy. =
Since 1 kilogram = 1000 grams.
Therefore , Mass of the fusing substances is converted to energy. =
Hence, 13.2 grams of mass is converted into energy when 22 kilograms of substance undergoes fusion.
Answer: L' is (2,4) M' is (3,1) N' is (0,4)
Step-by-step explanation:
For each ordered pair, you add 2 to the x (the first number, which is horizontal on the graph) and 3 to the y (the second number, which is vertical).
L is (0,1) so you add 2 to the 0 and 3 to the 1 to get L' (2,4)
M is (1,-2), so you add 2 to the 1 and 3 to the -2 to get M' (3,1)
N is (-2,1), so you add 2 to the -2 and 3 to the 1 to get N' (0,4)
The answer to this equation is 8^5
By using identity we got the factorization form of as
<h3>What is factorization?</h3>
factorization is a way of writing any expression in form of product of some expressions
Given polynomial
We can factorize it as
By using identity we got the factorization form of as
To learn more about factorization visit :brainly.com/question/25829061
The answer for this question is <span>95.57.</span>