The situation forms the right triangle above:
Where x is the length of the ladder.
Apply the Pythagorean theorem:
c^2 = a^2 +b^1
where:
c = hypotenuse = longest side = x
A &b = the other 2 legs of the triangle
Replacing:
x^2 = 60^2 + 15^2
Solve for x
x^2 = 3,600 + 225
x^2 = 3,825
x =√3,825
x = 61.85 ft
Answer:
Option B is correct -3
Step-by-step explanation:
(3, 3)
(0,-6)
Slope=y1-y2/ x1-x2
=3+6/0-3
=9/-3
=-3
Slope is -3 so option B is correct
Answer:
The <em>first choice</em> is the correct one.
Step-by-step explanation:
I find it easier to deal with inequalities of this sort if I arrange the inequality symbol so it points to the left (<). This puts the expressions in the same order as they appear on the number line (left is less than right).
Doing that, your choices are ...
- -3 < 4 . . . . TRUE
- 4 < -3 . . . . false
- -2 < -3 . . . false
- -3 < -6 . . . false
The reason being is that we need to find it out of 100. So, we divide 400 by 4 and because we did that to the denominator we have to do it to the numerator so 16 divided by 4 is well 4. So we found out that is 4/100 we just divide that by 650 and we get 26.
TL;DR it’s $26