Given that the same-side interiorangles formed by two parallel lines and a transversal have an angle ratio of 1:14, the eight angles formed are:
m<1 = 12°
m<2 = 168°
m<3 = 168°
m<4 = 12°
m<5 = 12°
m<6 = 168°
m<7 = 168°
m<8 = 12°
Applying the knowledge of ratio, transversal and parallel lines, we can determine the measures of all 8 angles that are formed when a transversal intersects two parallel lines as shown in the image attached below.
Let < 1 and < 6 be the two same-side interior angles whose measures are in the ratio, 1:14.
Thus:
Recall:
Same-side interior angles are always supplementary. That is,
m<1 + m<6 = 180 degrees.
Let's apply ratio to find the measure of <1 and <6.
Since we know the measure of <1 and <6, we can find the measure of others as follows:
In conclusion, given that the same-side interiorangles formed by two parallel lines and a transversal have an angle ratio of 1:14, the eight angles formed are:
m<1 = 12°
m<2 = 168°
m<3 = 168°
m<4 = 12°
m<5 = 12°
m<6 = 168°
m<7 = 168°
m<8 = 12°
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Answer:
At the intersection of the first parallel line with the transversal, a = 12°, c = 168°, d = 12°, e = 168°. Counting counterclockwise from a.
At the first intersection of the second parallel line with the transversal, b = 168°, f = 12°, g = 168°, h = 12°. Counting clockwise from b.
Step-by-step explanation:
Let a be the first interior angle. Since they are in 1:14, the second same side interior angle is b = 14a.
We know that the sum of interior angles equals 180°.
So, a + b = 180°
a + 14a = 180°
15a = 180°
a = 180/15
a = 12°
At alternate angle to the other interior angle, b adjacent to a is c = b = 14a = 14 × 12 = 168°
The angle vertically opposite to a is d = a = 12°
The angle vertically opposite to a is b = e = 168°
At the intersection of the second parallel line and the transversal, the angle alternate to a is f = a = 12°
the angle vertically opposite to angle b is g = b = 168°
the angle vertically opposite to f is h = 12°
60 cubic feet
90 cubic feet
180 cubic feet
see the attached figure to better understand the problem
we know that
The volume of the cone is equal to
in this problem
Substitute the values in the formula above
therefore
the answer is
The volume of the nose cone is
The length of rectangle is 6 inches and width is 4 inches.
Step-by-step explanation:
Let,
l be the length of rectangle
w be the width of rectangle.
Quarter means .
According to given statement;
l+w = 10 Eqn 2
Subtracting Eqn 1 from Eqn 2
Dividing both sides by 0.75
Putting w=4 in Eqn 2
The length of rectangle is 6 inches and width is 4 inches.
Keywords: rectangle, linear equation
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Can someone please help.
Thanks
Answer:
(a+b)^2=a^2+2ab+b^2
The given expression is that -3ab
100-3*16=100-48=52
52 it is.