That would be an obtuse scalene triangle, which has three unequal side lengths and an angle of degree measure bigger than 90 degrees.
Answer:
Step-by-step explanation:
Let's start defining the conditional probability of an event :
Given two events A and B :
with P(B) > 0
Where P(A/B) is the probability of event A given that event B occur
P(A,B) is the probability of the event in which A and B occur both at the same time.
Let's write the events for our exercise
S : ''A random student speaks Spanish''
I : ''A random student speaks Italian''
Applying the conditional equation we obtain :
Then, 0.375 is the probability that we are looking for
Answer:
(0.5,-8)
Step-by-step explanation:
add the two x-axis's then divide the sum by 2
same goes with the y'axis number
Answer:
Step-by-step explanation:
Area of the specified region = Area of larger circle - Area of smaller circle
Larger circle:
r = 16 + 3 = 19 m
Area = πr²
=π * 19 * 19
= 361π m²
Smaller circle:
r = 16 m
Area = πr²
=π * 16 * 16
= 256π m²
Area of the specified region = 361π - 256π = 105π m²
I'm assuming point U is in the bottom left corner of the larger triangle, and point N is in the bottom right corner.
If so, then that makes segment RU = 8.4 and we can see that CA = 4.2
Note how RU/CA = (8.4)/(4.2) = 2
Also, note that RN/CT = (16.4)/(8.2) = 2
Both ratios lead to the result of 2, meaning that segments of triangle RUN are twice as long compared to the corresponding segments of triangle CAT. Put another way, the sides are in the same ratio or proportion.
This fact, coupled with the fact that angle R = angle C = 47, will allow us to use the SAS similarity theorem to prove triangle RUN is similar to triangle CAT.