The required distance between the points (−1, −4) and (−9, −8). is the square root of 80 units. Option D is correct.
Given that,
The distance between points (−1, −4) and (−9, −8) is to be determined.
<h3>What is Distance?</h3>
Distance is defined as the object traveling at a particular speed in time from one point to another.
here,
D = √[[x₂ - x₁]² + [y₂+ - y₁]²]
Substitute the value in the above equation,
D = √[[-9 + 1]² + [-8 + 4]²]
D = √[[-8]² + [ 4]²]
D = √[64 + 16]
D = √80
Thus, the required distance between the points (−1, −4) and (−9, −8). is the square root of 80 units. Option D is correct.
Learn more about distance here:
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Answer:
The answer is G :)
Step-by-step explanation:
((example))
3 = 4·2-1 (after inserting the numbers for f(n) and n)
= 11 and then the cycle just continues :) hope this helped a little.
Option b is the correct answer
Answer:
B
Step-by-step explanation:
552.17 rounds to 550
48.35 rounds to 50
550-50=500