What is the length of the altitude of the equilateral triangle below
What is the length of the altitude of the equilateral - 1

Answers

Answer 1
Answer:

The solution is, The length of the altitude of the equilateral triangle is 9.

What are trigonometric relations?

Trigonometry is the study of the relationships between the angles and the lengths of the sides of triangles

here, we have,

The six trigonometric functions are sin , cos , tan , cosec , sec and cot

Let the angle be θ , such that

sin θ = opposite / hypotenuse

here, we have,

The given triangle is an equilateral triangle.

Here, a is a median which bisects the base. It also serves as an altitude, as it is an equilateral triangle.

As the triangle can be divided into two right angle triangle,

Using Sine.

Sine = Opposite / Hypotenuse

sin 60° = a / (6√3)                        

But sin60° = √3/2

so, we get,

√3/2 = a/(6√3)

Cross multiply

2*a = 6√3 * √3

2a = 6 * √(3*3)

2a = 6*3

a = 6*3/2

a = 3*3

  = 9

Hence, Option E. The solution is, The length of the altitude of the equilateral triangle is 9.

To learn more about trigonometric relations click :

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Answer 2
Answer: Using Sine.

Sine = Opposite / Hypotenuse

sin 60° = a / (6√3)                        But sin60° = √3/2

√3/2 = a/(6√3)

Cross multiply

2*a = 6√3 * √3

2a = 6 * √(3*3)

2a = 6*3

a = 6*3/2

a = 3*3 = 9

Option E.

Hope this helps.

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How does the concept of trust relate to debt?

Answers

Answer:

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redo question 18 above with the same amount of deposit and the same interest rate, but with the interest compounded quarterly. how much money would you have at the end of the four years in this situation?

Answers

There are no given figures. I'll just show what the difference is. Let us assume the following
Principal = 10,000
interest rate = 12%
term = 4 years

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S.I = 10,000 * 12% * 4 years
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Compounded Interest. Compounded quarterly.
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One quadratic function has the formula h(x) = -x 2 + 4x - 2. Another quadratic function, g(x), has the graph shown belowWhich option below best describes the maximums of these two functions?

Functions g and h have the same maximum of -2.
Functions g and h have the same maximum of 2.
Function h has the greater maximum of -2.
Function g has the greater maximum of 2.

Answers

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= -(x^2 - 4x + 4 - 4) - 2
=-(x^2 - 4x + 4)       -2+4
= -(x-2)^2 + 2            The equation describing this parabola is y=-(x-2)^2 + 2, from which we know that the maximum value is 2, reached when x = 2.

The 2 graphs have the same max, one at x = -2 and one at x = + 2.

Answer:

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Step-by-step explanation:

-5v-6=3v+10 i really hate math but i need help

Answers


OK.  We could have gotten along nicely without the comment.

-5v - 6 = 3v + 10

I think what you're trying to find is the number that ' v ' must be
in order to make the equation a true statement.  That number
is called the 'solution' of the equation.

To find it, you have to massage and manipulate the equation around
until you have ' v ' and nothing else on one side.  You can do anything
you want to a whole side of the equation, but whatever you do to one
side, you must immediately do to the other side.  Here's one way you
could go about it:

                                            -5v - 6 = 3v + 10

Add  5v  to each side:                 -6 = 8v + 10

Subtract  10  from each side:    -16 = 8v

Divide each side by  8 :             -2  =  v             


Now, was that so painful ?


Leonora is incubating eggs. For the eggs to hatch, the temperature in the incubator (t) needs to be at least 77°F. Which statement represents the temperature it must be in the incubator for the eggs to hatch, in °F?

Answers

If the temperature is represented by variable T, the statement will be≥ 77°. Because the temperature can be greater or equal to 77°.