The integer values of g in 6<3g<127 is from 2 to 42.33.
Given that the inequality showing the variable g be 6<3g<127.
We are required to find the values of g.
Inequality is like an equation which shows the relationship between variables expressed in greater than,less than, greater than or equal sign, less than or equal to sign. It shows the range of the variables.
The inequality is 6<3g<127.
We have to divide both the sides by 3 because in the middle 3 is multiplied by 3.
6/3<g<127/3
2<g<42.33
Hence the integer values of g in 6<3g<127 is from 2 to 42.33.
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AFD = 49
49 + 58 = 108
DAF = 180 - 108 = 72
BFD = 180 - 49 = 131
131 + 20 = 151
BAF = 180 - 151 = 29
DAB = 29 + 72 = 101
DAB = 101
35 - 10 is 25 then 25 times 2 is 50 shawna had 50 comic book
Answer:
D.
Step-by-step explanation:
The problem is asking to multiply x-5 by x^2, so we can set it up to distribute the x^2 to both values. The final answer would therefore be x^2(x-5), which is D.
The scale factor that was used to create triangle J’K’L’ is 1/3
<h3>How to determine the scale factor?</h3>
From the graph, we have the following highlights:
KL = 3
K'L' = 1
The scale factor (k) from JKL to J'K'L is calculated as:
Scale factor = K'L'/KL
This gives
k = 1/3
Hence, the scale factor that was used to create triangle J’K’L’ is 1/3
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