The solution is, graph is D ,which graphs represents the solution set for 7(4x – 1 ) + 6x > –279.
An inequality is a relation which makes a non-equal comparison between two numbers or mathematical expressions.
here, we have,
First, solve the inequality:
7(4x – 1 ) + 6x > –279
solving we get,
34x>-272
x>-8
Since x is greater than -8, you have the arrow point up the graph towards the positive side starting at -8.
Since it's greater than but not equal to -8, the circle is open.
Thus, The solution is, graph is D.
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Answer:
32 degrees
Step-by-step explanation:
An inscribed angle is an angle with its vertex on the circle, formed by two intersecting chords. Angle N perfectly fits this description. An inscribed angle is equal to 1/2 of its intercepted arc (the arc opposite the angle). The arc opposite angle N is equal to 64 degrees, so angle N is equal to 1/2 of that, or 32 degrees
f(x) = −4x + 60
f(x) = 4x + 60
f(x) = −4x + 80
f(x) = 4x + 80
Answer:
C
Step-by-step explanation:
I dont have proof but I promise you its right. :)
Answer:
simplify :
(2+3)² - 16/2 =
5² - 8=
25-8 = 17
Step-by-step explanation:
Answer:
Step-by-step explanation:
(2^2 + 2*2*3 + 3^2) - 16 / 2
25 - 16 / 2
boDmas
so
first divide 16 by 2 which gives 8
now subtract 8 from 25
answer = 17
To find the number of rows of trees in the parcel, we set up the equation (Number of rows) * (3x - 2) = 24x - 16. By solving this equation for the number of rows, we find that it equals (24x - 16) / (3x - 2).
The question is about determining the number of rows in a rectangular parcel of land with trees. It is given that each row has 3x-2 trees and the total is 24x-16 trees. We can set an equation based on this information: (Number of rows) x (Number of trees in each row) = Total number of trees. This gives us the following equation: (Number of rows) * (3x - 2) = 24x - 16. Solving for the number of rows, we divide each side of the equation by 3x - 2. Hence, the number of rows equals (24x - 16) / (3x - 2).
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Part A: Determine the perimeter of the composite figure. Round to the nearest tenth, if
necessary
Part B: Determine the area of the composite figure. round to the nearest tenth if necessary
Answer:
bye bye..................