Answer:
alright this is an easy question to do u have to use the Pythagorean theorem which is a²+b²=c²
so put the number of the triangle in this form for #1
Step-by-step explanation:
1.6²+9²=8²
=117=64
2.5²+13²=12²
=194=144
The function is nonlinear because there is an exponent to the x value, indicating that it is a parabola, which means that it is not a straight line.
what is the amount of its total liabilities?
Answer:
Liabilities = 96,000
Step-by-step explanation:
Use the fundamental accounting equation
Assets = Liabilities + Equity
Substitute the information you are given
183,000 = Liabilities + 887,000
Isolate "Liabilities". Subtract 887,000 on both sides.
183,000 - 887,000 = Liabilities + 887,000 - 887,000
-704000 = Liabilities
This problem is impossible if the equity is 887,000 with 183,000 being the assets. The liabilities will be a negative number.
If the equity = 87,000, following the same steps:
Assets = Liabilities + Equity
183,000 = Liabilities + 87,000
183,000 - 87,000 = Liabilities + 87,000 - 87,000
96,000 = Liabilities
Liabilities = 96,000
Therefore, the total liabilities amount to $96,000.
The value of x + y from the equation is 15
The equation is given as:
Add 125 to both sides of the equation
Express 125 as 100 + 25
Rewrite the equation as:
Group the expressions
Express the expressions in both groups as perfect squares
Possible equations from the above equation is:
and
Take the square roots of both sides
and
Solve for x and y in the above equations
and
So, we have:
Hence, the value of x + y is 15
Read more about quadratic functions at:
Answer:
x = 11 --> angles = 95 degrees
Step-by-step explanation:
They are equal to each other so
7x + 18 = 8x + 7
Put the like terms together
18 - 7 = 8x - 7x
11 = x
so when we substitute this value of x into the equations, we get that both angles are 95 degrees.
Hope this helps!
Applying the HL congruence theorem, the information marked in the diagram cannot be congruent, so it is FALSE.
The HL congruence theorem states that if the corresponding legs of two right traingles are congruent, and the their hypotenuse are also congruent, then the triangles are congruent.
From the information given, we are not told if the hypotenuse of the right triangles are congruent, so we can't apply the HL congruence theorem to prove they are congruent. The answer is FALSE.
Learn more about the HL congruence theorem on:
Answer:
Step-by-step explanation:
Coordinates of points A and C are (-8, 6) and (2, 5).
If a point B intersects the segment AB in the ratio of 2 : 5
Then coordinates of the point B will be,
x =
and y =
where and are the coordinates of the extreme end of the segment and a point divides the segment in the ratio of m : n.
For the coordinates of point B,
x =
=
y =
=
Therefore, coordinates of pint B will be,
The coordinates of B on segment AC such that AB=2/5AC are given by line segment division theorem as ((2x2 + 5x1) / 7 , (2y2 + 5y1)/ 7), where A is (x1, y1) and C is (x2, y2).
The question is asking for the coordinates of point B on line segment AC such that the length of AB is 2/5 times the length of AC.
Since we don't have any specific coordinates for points A, B and C, we can't determine exact coordinates for point B. However, we can describe how to find B based on given points A and C.
If A and C have coordinates (x1, y1) and (x2, y2), respectively, then the coordinates of B can be found using the theorem of line segment division. This theorem says that the coordinates of the point dividing a line segment in the ratio m:n are given by:
((mx2 + nx1) / (m+n) , (my2 + ny1)/ (m+n))
Given the ratio is 2:5, m is 2 and n is 5, substitute the values into the formula:
((2x2 + 5x1) / (2+5) , (2y2 + 5y1)/ (2+5))
So, point B is at ((2x2 + 5x1) / 7 , (2y2 + 5y1)/ 7).
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