I think it's B. 13/10 * 4
Explanation:
It's +0.3 more servings, so it would rule out C and D, which uses the digit 7(nothing to do with this problem.
13/10 instead of 3/10 because it's adding 0.3. More than 4L
Answer:
y = 2/3x
Step-by-step explanation:
Slope-intercept formula: y = mx + b
m = 2/3 because the slope is 2/3.
b = 0 because the y value of the origin is 0, as the point is at (0, 0).
That makes y = 2/3x + 0, but adding zero does nothing so you take it out to get y = 2/3x.
Answer: 10.703%
Step-by-step explanation:
Let minimum height of the tallest 25% of young women be M.
Let Q be the random variable which denotes the height of young women.
Therefore, Q – N(64,2.70)
Now, P(Q˂M) = 1-0.25
i.e. P[(Q-64)/2.7 ˂ (M-64)/2.7] = 0.75
I.e. ф-1 [(M-64)/2.7] = 0.75 i.e. (M-64)/2.7 = ф-1 (0.75) = 0.675 i.e. M = 65.8198 inches
Let R be the random variable denoting the height of young men
Therefore, R – N (69.3, 2.8)
i.e. (R-69.3)/2.8 – N(0,1)
therefore the probability required = P(R ˂65.8198) = P[(R-69.3)/2.8 ˂ (65.8198 – 69.3)/2.8]
this gives P[(R-69.3)/2.8 ˂] = ф (-1.2429) = 0.107033
From this, the percentage of young men shorter than the shortest amongst the tallest 25% of young women is 10.703%
<h3>
Answer: 133</h3>
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Explanation:
The quickest way to get this answer is to add the angles given to get 87+46 = 133
This is through the use of the remote interior angle theorem.
Note how the angles 87 and 46 are interior, or inside the triangle. And also, they are not adjacent to the exterior angle we want to find. So that's where the "remote" portion comes in.
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The slightly longer method involves letting x be the measure of the missing interior angle of the triangle.
The three interior angles add to 180
87+46+x = 180
133+x = 180
x = 180 - 133
x = 47
The missing interior angle of the triangle is 47 degrees.
Angle 1 is adjacent and supplementary to this 47 degree angle, so,
(angle1)+(47) = 180
angle1 = 180-47
angle1 = 133 degrees
This example helps confirm that the remote interior angle theorem is correct.
Answer:
pos no c se suma te amo
Step-by-step explanation:
gracias <3
