I think the degree would be 7 because it's the largest exponent on the variable
Answer:
0
Step-by-step explanation:
Answer:
B = 160°
Step-by-step explanation:
This is how I solved it (I hope the explanation isn't too confusing):
Since L and K are parallel, I drew a straight line from A to B. By doing this, I'm making a triangle: ΔABC
Then I solved for the angles of the triangle. First, we are given that ∠C = 80° and ∠A = 120°. Although, when I drew the vertical line from A to B, it made a 90° (see attachment).
So what we basically did was break ∠A into two parts: an angle inside ΔABC and one outside. To find the interior angle, simply subtract 90° from 120° to get 30°.
There are 180° in a triangle, so add the two interior angles you know:
30° + 80° = 110°
Then subtract 110° from 180° to find the final interior angle which is:
180° - 110° = 70°.
To find the measure of angle B, you must add all of the parts together, so the 90° outside angle and the 70° interior angle:
90° + 70° = 160°
Answer:
2020³-1/4041
Step-by-step explanation:
Answer: (a) 0.317
(b) 0.167
(c) Not unusual
Step-by-step explanation:
Probability is defined as the chance of an event occurring.
Let S be a sample space and A be an event in the sample space, the probability of event A occurring can be found using the following:
P(A) = n(A) divided by n(S) where n(A) = number of elements in event A and n(S) = number of elements in the sample space.
(a) P(Right field) = Number of hits to the right field divided by total number of hits
= 1919/6060
= 19/60 which is approximately equal to 0.317
(b) P(Left field) = 1010/6060
= 1/6 which is approximately equal to 0.167
(c) The probability that the home run was hit to the left field is 0.167.
The probability of an unusual event is 0, therefore, it is possibly for the
player to hit a home run to the left.