Answer:
31 feet
Step-by-step explanation:
Given: The length of ladder, leaned against wall= 32 foot
The base of ladder is 8 feet away from wall
Adjacent= 8 feet and Hypotenuse= 32 foot
we need to find height of wall till the ladder reach (Opposite).
We will use Pythagorean theorem; 
⇒
⇒
subtracting both side by 64
⇒ 
⇒
≅ 31 ft
∴ 31 ft high up the wall.
We are asked to determine the number of elements in the set containing whole numbers between 3 and 15. In this case, the numbers included in the set are 4,5,6,7,8,9,10,11,12,13,and 14. Upon counting, there are 11 elements all in all. Hence the answer to this problem is A. 11
Heyy this is a super easy problem, and I’m here to help!
Based off our problem here we have a trapezoid. And we are finding AREA. The formula for area of a trapezoid is 1/2h(base 1 + base 2).
Our bases in this problem are 60.5 and 75.5. We are going to addd these together and we’re going to get, 136.
Now, we must multiply 136, by its height(16). 136 x 16 = 2176.
Lastly we are going to divide by 2 and get our final answer of 1088 feet cubed.
Answer:
17
Step-by-step explanation:
replace x with 5
3*5+2
next you use pemdas
you multiply before you add
3*5=15
15+2=17
To solve this problem you must apply the proccedure shown below:
1. You have the following rational expressions given in the problem above:
[(x+2)/(2x+7)]/ [(x^4)/(x-2)]
2. Then, you have:
(x+2)(x-2)/x^4(2x+7)
3. When you apply the distributive, property, you obtain:
(x^2-4)/(2x^5+4x^4)
4. Therefore, as you can see, the answer is: (x^2-4)/(2x^5+4x^4)
