Answer:
See Explanation
Step-by-step explanation:
Required
Prove that Dexter is wrong
To prove that Dexter is wrong, we use the following numbers.
The factors are:
3 factors
Using a greater number:
The factors are:
2 factors
From the above analysis:
4 has 3 factors and 5 has 2 factors; which shows that 5 has fewer factors
This shows that Dexter is wrong
Answer:
the median is the middle line
Step-by-step explanation:
The correct option is C
Containing both apples and oranges.
<h3>What is
permutation and combination?</h3>
Combination and permutation are two methods for breaking down a set of objects into smaller groups. Any arrangement is possible when combining the parts of the subset. The parts of the subset are listed in a permutation in some certain order.
<h3>Briefing of the given statement:</h3>
The "apples and oranges" box needs to be opened, according to the briefing. By definition, the only type of fruit in the box is the one that is inside. Let's imagine you found one apple in the box that was marked with both the words "apples" and "oranges" on the label. You deduce that the box marked "apples" must subsequently only contain apples and that the box marked "oranges" cannot contain only oranges because all of the boxes have supposedly been labeled incorrectly. The box labeled "oranges" must therefore contain both apples and oranges, whereas the box labeled "apples" may only contain oranges.
To know more about permutation and combination visit:
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I understand that the question you are looking for is:
There are three boxes, one contains only apples, one contains only oranges, and one contains both apples and oranges. The boxes have been incorrectly labeled such that no label identifies the actual contents of the box it labels. Opening just one box, and without looking in the box, you take out one piece of fruit. By looking at the fruit, you can immediately label all of the boxes correctly. Which box did you open?
A. Containing apple
B. Containing oranges
C. Containing both apples and oranges
D. Cannot be determined
Answer:
I will assume that ABCD is a parallelogram.
1. In a parallelogram, opposite sides are congruent so 3x = 18 which means x = 6.
2. The diagonals of a parallelogram bisect each other so BE is half of BD, therefore, BD = 7.5.
3. Consecutive angles of a parallelogram are supplementary so m∠ADC = 180° - 135° = 45°.
4. Consecutive angles of parallelograms are supplementary so 2x + 10 + 135 = 180 → 2x + 145 = 180 → 2x = 35 → x = 17.5°.
5. Again, the diagonals bisect each other so -6 + 8v = 9v - 10 → v = 4.
6. DA || BC so ∠DAC and ∠ACB are (congruent) alternate interior angles, therefore, m∠DAC = 37°.
7. The area of a parallelogram is base * height; we know base = 18 and height = 21 u so area = 378 u.
<span>1. To
solve this problem you must apply the formula for calcúlate the area of a
trapezoid, which is shown below:
A=(B+b)h/2
A is the area of the trapezoid (A=24).
B is the larger base </span>of the trapezoid <span>(B=5).
b is the smaller base </span>of the trapezoid<span> (b=5).
h is the height </span><span>of the trapezoid.
2. You must clear "h" from the formula:
</span><span>
A=(B+b)h/2
</span> 2A=<span>(B+b)h
</span> h=2A/<span>(B+b)
</span><span>
3. When you susbtitute the values into </span> h=2A/(B+b), you obtain:
h=2A/<span>(B+b)
</span><span> h=2(24)/(5+3)
h=48/8
h=6
</span>
