Answer:Assuming all three, we shall find that each of the relations in 3:14 leads to a ... Then by 3:15 the relations AD//BC and AB||DE imply AD//CE, which excludes ... From 2:72, 3:11, 3:14, and 3:16 we deduce 3:19 If A, B, C are three distinct ... a point D lies between X and Y in AB/C if it belongs to XY/C, that is, if XY||CD
Step-by-step explanation:
Answer:
Step-by-step explanation:
f(x)=7(x^2+3x-10)=7(x+2)(x-5)
The greatest possible quotient of two distinct members of the set is 25.
<h3>What is the Quotient?</h3>
A quotient is defined as the outcome of dividing an integer by any divisor that can be said to be a quotient. The dividend contains the divisor a specific number of times.
We are given the set of numbers as :
2/5, 1/2, 5, 10
We must choose p as the biggest number from the set and q as the smallest number from the set in order to the greatest possible quotient .
Comparing the fractions we determine :
⇒ 2/5 = 0.4,
⇒ 1/2 = 0.5
So, the smallest number is 2/5
Select p = 10, q = 2/5
To determine the quotient.
So, p/q = 10/(2/5)
⇒ p/q = 10×5/2
⇒ p/q = 50/2
⇒ p/q = 25
Hence, the greatest possible quotient is 25 in the set.
Learn more about the quotient here:
brainly.com/question/27796160
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Answer:
The awnser is 64
Step-by-step explanation:
It is 64 because you devide the perimiter (32) by 4, to get all sides, and then multiply 1 side by the other to get 64
THIS METHOD ONLY WORKS FOR A SQUARE
