Answer:
124°
Step-by-step explanation:
The sum of the interior angles of a quadrilateral = 360°
Subtract the sum of the 3 given angles from 360
missing angle = 360° - (48 + 91 + 97)° = 360° - 236° = 124°
Answer:
jada walks 0.6 miles farther after 3 hours
Step-by-step explanation:
jada walks at a speed of 3 miles per hour. elena walks at a speed of 2.8 miles per hour.
We find the distance both walked in 3 hours
distance = speed * time
Distance Jada walks = 3 * 3 = 9 miles
Distance Elena walks = 2.8 * 3= 8.4 miles
Now we find the difference of distance walked
Jada's distance - Elen's distance
9 - 8.4 = 0.6
jada walks 0.6 miles farther after 3 hours
To solve this problem use the formula below. All you have to do is insert the respective points into the formula and it gives you the radical form.
A translation formation is one of the simplest transformation since
all it does is just to move the position of the figure without changing the
size, the angles, or any other characteristics other than the position along.
So a translation by a vector (-2, 4) means that all points of the
given figure is moved by:
(x – 2, y + 4)
Meaning that the whole figure is moved to the left by 2 units and
moved to top by 4 units
So to revert this back into the original figure, we simply have to
move again by:
(x + 2, y – 4)
Therefore move the whole figure to the right by 2 units and to the
bottom by 4 units. So the translation to use is a vector (2, -4)
Answer:
(2, -4)
Assuming that the selection process was done without replacement, the probability of selecting two white mugs without replacement is 1/28
<h2>Given data</h2>
Sample Space
Red mugs = 4
yellow mugs = 8
white mugs = 2
Sample Size = 4+8+2 = 14
We are going to assume the selection was done with out replacement
Hence the probability of selecting the first white mug is
<em>Pr(W1) = 2/8 = 1/4</em>
<em>The probability of selecting the second white mug is </em>
<em>Pr(W2) = 1/7</em>
<em />
Hence the probability of selecting two white mugs one after another
= 1/4*1/7
=1/28
Learn more about probability at:
brainly.com/question/25839839