Since your interested in square root each value in each radicand you can compare them directly. A value of 6 is greater than 3, which is greater than 2 . The √6 and the √3 terms are each multiplied by 2, which will not alter which is greater than the other . And since √2 is not multiplied by 2, it remains the smallest
So , the correct order is
2√6 cm > 2√3 cm > √2 cm.
The inequality which can be used to determine the number of gigabytes is 41.5 + 5x < 50 and the solution is x < 1.7
<h3>How to write and solve an equation which can be used to determine the number of gigabytes?</h3>
The given parameters are
Flat cost = $41.50
Rate = $5 per gigabyte
Budget = Under $50
The equation is represented as:
Total cost = Flat cost + Rate * Number of gigabyte
So, we have
y = 41.5 + 5x
The budget is under 50
So, we have
41.5 + 5x < 50
Subtract 41.5 from both sides
5x < 8.5
Divide by 5
x < 1.7
Hence. the inequality which can be used to determine the number of gigabytes is 41.5 + 5x < 50 and the solution is x < 1.7
Read more about linear equations at:
brainly.com/question/14323743
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Answer:
Find below the answer :)
Step-by-step explanation:
1. Move the constant to the left.
2. Eliminate the opposites.
Answer:
61°
Step-by-step explanation:
Given:
∆MNO,
Side MO (n) = 18
MN (o) = 6
m<O = 17°
Required:
m<N
Solution:
Using the sine rule, , solve for N.
Plug in the values of M, n, and m
Cross multiply
Divide both sides by 6
m<N ≈ 61°