Well, Aml says they're congruent. I don't think they CAN be ... There's no way
you can slide one around and make it fit exactly on top of the other one. They
appear to be mirror-images of each other ... maybe.
But AML says they're congruent. So let's assume that the longest sides of both
triangles have the same length. Then the length of FE in the standing-up triangle
is the same as the distance between points 'A' and 'C' in the lying-down triangle.
Point A . . . . . (0, 1)
Point C . . . . . (3, 2) .
The distance between them is
square root of (square of difference in 'x' + square of difference in 'y').
Difference in 'x' . . . . . 3
Difference in 'y' . . . . . 1
Distance = √(3² + 1²)
= √(9 + 1)
= √10 = 3.1622776...
Rounded to the nearest tenth: 3.2
It said here the temperature drops 6.5°C when an altitude increases 1 kilometer and the bottom of the troposphere is about 15°C
Answer:
about 51.77%
Step-by-step explanation:
The probability you will roll a 2 is the complement of the probability you will not roll a 2.
__
<h3>p(no 2)</h3>
A die has 6 faces, one of which is labeled with 2. The probability of rolling a 2 on any given roll is 1/6, so is 1-1/6 = 5/6 that a 2 will not be rolled. Sequential rolls of the die are presumed to be independent, so the probability of 4 rolls not showing a 2 at any time is ...
p(no 2) = (5/6)^4 = 625/1296
<h3>p(2)</h3>
The probability that at least one 2 will show up on at least one roll is the complement of this value:
p(some 2) = 1 -625/1296 = 671/1296 ≈ 0.517747
The chance you will roll at least one 2 is about 51.77%.
There are 13 cards of each suit.
Picking a heart would be 13/52 which reduces to 1/4
Then replacing the card and picking a club would be the same : 1/4
Picking a heart then a club would be 1/4 x 1/4 = 1/16
Answer: 1/16
His answer is going to have to be 19393939 because i like men