Find the supplement of each, (a) 136 degree​
Answers
Answer:
supplement is 44°
Step-by-step explanation:
supplementary angles , sum to 180°
the angles are the supplement of each other.
then the supplement of 136° = 180° - 136° = 44°
Final answer:
The supplement of an angle is what you would need to add to it to equal 180 degrees. So, to find the supplement of 136 degrees, you would subtract 136 from 180, which gives 44 degrees.
Explanation:
In Mathematics, two angles are said to be supplementary if their measurements add up to 180 degrees. Hence, to find the supplement of an angle, we subtract the given angle from 180 degrees.
In your case, to find the supplement of 136 degrees, you would subtract 136 from 180. The equation would look something like this: 180 - 136 = 44. Hence, the supplement of a 136 degree angle is 44 degrees.
Learn more about Supplementary Angles here:
#SPJ11
Related Questions
All of the following expressions are equivalent except _____.A.2 - xB.x - 2C.-2 + xD.x + (-2)
Sam is 5 years old. His older brother, Tom, is three times as old as Sam. When Sam is 20, how old will Tom be?
2. Find the slopebetween the points(-4,-6) and (-2,12) .
Please help will give brainliest!CheapBuys, a large bulk store, sells cases of bottled water for $13.49. There are 48 bottles in each case and the bottles are 12 ounces each. Sarah remembers that the vending machine at work sells the same size bottle for $0.75 per bottle. Calculate the cost for one bottle and tell if Sarah should buy bottled water by the case or not. A: Buying in bulk will not save her any money since the bottles in the case and the bottles from the vending machine are both about 75 cents each. B: The cost per bottle at CheapBuys is approximately 28 cents, so Sarah will save a considerable amount of money by buying water in bulk rather than from the vending machine. C: Each bottle of water in the case from CheapBuys is 35 cents, so she should buy the case instead of buying it at work. D: The case of water is $13.49. Since the individual bottles are cheaper in the vending machine, Sarah should buy the bottles at work.
Answers
Answers
There's no such thing as parallel or perpendicular "to a point". A problem like that
will always want the new line to be parallel or perpendicular to another line.
-- If the new line is parallel to the given line, then they have the same slope.
-- If the new line is perpendicular to the the given line, then the slope of the
new line is [ 1 / slope of the given line ].
In either case, you now have the slope of the new line and a point on it.
From there, you should have no trouble finding its equation.
Perpendicular is same slope but you have make it opposite and flip it.
For example if your slope is 2/3. For Perpendicular it would be - 3/2.
B.5+ 0.5/m
C.5+0.5m
D.5m+0.5
Answers
Answer:
Option C. 5 + 0.5m
Step-by-step explanation:
The cost of a taxi ride is = $5.00
with per mile charges = 50 cents = 0.5 dollar
If the taxi ride of m miles, to find the cost of a taxi ride, the expression will be
$5 + m($0.5)
Therefore Option C., 5 + 0.5m is the correct answer.
you have 5 dollars that it costs PLUS 0.50 PER mile.
Writing your equation...
0.5m (m=per mile extra)
5(how much it initially costs)
0.5m+5
Thus, your answer, C.
Answers
Answer:
The altitude is 6.53 cm
Step-by-step explanation:
A regular tetrahedron is a triangular pyramid having equilateral triangular faces, therefore we have;
Sides of the equilateral triangle = 8 cm
Given that the slant height, the edge of the tetrahedron, and half the base edge of the tetrahedron form a right triangle, we have;
The slant height, h = √(8² - (8/2)²) = √48 = 4×√3
The segment representing the altitude, H, of the tetrahedron forms a right triangle with the edge of the tetrahedron and 2/3×h
Therefore;
8² = H² + (2/3×4×√3)²
H² = 8² - (2/3×4×√3)²
H² = 64 - 64/3 = 128/3
The altitude H = √(128/3) = √6×8/3 = 6.53 cm.
Answers
In this question c squared is the diagonal you are trying to figure out.
A squared is any side of the triangle other than c squared, and b squared is the other side of the triangle. So a squared is 16 inches squared, and b squared is 12 inches squared.
To work this out, we square 16 to give 256.
Then 12 is squared - 144.
Then we square root 256 + 144, or the square root of 400.
The square root of 400 is 20, so the diagonal Luke cut was 20 inches long.
Final answer:
The length of the diagonal cut is calculated using the Pythagorean theorem. The sides of the paper form two sides of a right-angled triangle, and by squaring and adding these lengths, then taking the square root of the result, we find that the hypotenuse, or diagonal, is 20 inches long.
Explanation:
In mathematics, particularly in geometry, the Pythagorean theorem is the fundamental principle used to calculate the length of the hypotenuse in a right-angled triangle. In this question, the sheet of paper can be considered a rectangle and when it is cut from one corner to the opposite corner, it forms two right-angled triangles.
The Pythagorean theorem states that in a right-angled triangle, the square of the length of the hypotenuse (the side opposite the right angle) is equal to the sum of the squares of the lengths of the other two sides. This can be written as: a² + b² = c²
Here, the length and width of the paper represent the two sides of the triangle, 16 inches and 12 inches respectively, and the diagonal cut (we'll call it 'd') is the hypotenuse. Thus, the equation becomes:
12² (which equals 144) + 16² (which equals 256) equals d²
Adding 144 and 256 gives 400, so d² = 400. To find 'd', we take the square root of 400, which is 20.
So, the length of the diagonal cut that Luke made is 20 inches.
Learn more about Pythagorean theorem here:
#SPJ3
Answers
x = -6
is that one of the options?
or 7+- squareroot 73/2