# diane draws abtuse, isoscules triangle with one of the angle mesuring 35. what i sthe messer of teh obtuse triangle

All angle = (110°, 35°, 35°)

Step-by-step explanation:

Given:

Triangle is a Obtuse isosceles triangle

One angle = 35°

Find:

All angle

Computation:

In the Obtuse isosceles triangle, one angle is obtuse and the other two angles are acute so, two equal angles are 35°

So,

Sum of angle property

x + 35° + 35° = 180°

x = 110°

Obtuse angle = 110°

All angle = (110°, 35°, 35°)

## Related Questions

In the figure, side AB is given by the expression (5x + 5)/(x + 3), and side BC is (3x + 9)/(2x - 4).The simplified expression for the area of rectangle ABCD is _______, and the restriction on x is ____.

The simplified expression for the area of rectangle ABCD is , and the restriction on x is x≠2 .

Step-by-step explanation:

Side AB = Width of rectangle = (5x + 5)/(x + 3)

Side BC = Length of rectangle =  (3x + 9)/(2x - 4)

Area of Rectangle = Length * Width

Putting values:

Solving,

The restriction on x is that x ≠ 2, because if x =2 then denominator will be zero.

The simplified expression for the area of rectangle ABCD is , and the restriction on x is x≠2 .

99% confidence interval for the population standard deviation

99% = 2.58

how to find ?

Divide your confidence level by 2: . 95/2 = 0.475. Step 2: Look up the value you calculated in Step 1 in the z-table and find the corresponding z-value. The z-value that has an area of .

Reuben attached a wire between two poles on a hill as shown which is the closest to x the distance between the two poles

75 ft

Step-by-step explanation:

Here we are given a right angled triangle with a known angle of 20°, length of the hypotenuse to be 80 and we are to find the length of the base x.

For that, we can use the formula for cosine for which we need an angle and the lengths of base and hypotenuse.

So putting in the given values to get:

Therefore, the value of x is the closest to 75 ft.

Calculate two iterations of Newton's Method to approximate a zero of the function using the given initial guess. (Round your answers to three decimal places.) f(x) = x9 − 9, x1 = 1.6

Iteration 1:

Iteration 2:

Step-by-step explanation:

Formula for Newton's method is,

Given the initial guess as , therefore value of n = 1.

Also, .

Differentiating with respect to x,

Applying difference rule of derivative,

Applying power rule and constant rule of derivative,

Substituting the value,

Calculating the value of and

Calculating

Calculating ,

Substituting the value,

Therefore value after second iteration is

Now use as the next value to calculate second iteration. Here n = 2

Therefore,

Calculating the value of and

Calculating

Calculating ,

Substituting the value,

Therefore value after second iteration is

To calculate two iterations of Newton's Method, use the formula xn+1 = xn - f(xn)/f'(xn). Given an initial guess of x1 = 1.6 and the function f(x) = x9 - 9, calculate f(xn) and f'(xn) at x1 and then use the formula to find x2 and x3.

### Explanation:

To calculate two iterations of Newton's Method, we need to use the formula:

xn+1 = xn - f(xn)/f'(xn)

Given an initial guess of x1 = 1.6 and the function f(x) = x9 - 9, we can proceed as follows:

1. Calculate f(xn) at x1: f(1.6) = (1.6)9 - 9 = 38.5432
2. Calculate f'(xn) at x1: f'(1.6) = 9(1.6)8 = 368.64
3. Calculate x2: x2 = 1.6 - f(1.6)/f'(1.6) = 1.6 - 38.5432/368.64 = 1.494
4. Repeat the process to find x3 using the updated x2 as the initial guess.

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Which of the following is equivalent to 2 2/5​