Answer:
The length of each individual chain link is calculated as 5.33 cm.
Step-by-step explanation:
Initial data: the chain consists of 1000 links
the overall length recorded is 0.0533km.
1km = 1000m
1m = 100cm, thus 1km = 100000cm
So, the total length in centimeters = 0.0533* 100000
Total length in cm = 5330 cm
To find out the length of a single chain link, we do:
length of one chain link = 5330/1000
Thus, the length of a single chain link equals 5.33 cm.
The inquiry is as follows: given f(x) = 3 [ x - 2 ], what is the value of f(5.9)? The options available are: 9, 10, 11, and 12. To solve for f(c) when c is any real number, simply substitute x with c in the equation. Thus, f(5.9) = 3 [ 5.9 - 2 ] = 3 [ 3.9 ]. We recognize that [ 3.9 ] simplifies to 3, leading to 3 * 3 = 9. Therefore, the final answer is 9.
The required scale for the map is 4 inches. To fit the brochure, we start from the given dimensions: the length of the rectangular park is 4 inches and the breadth is 6 inches. The area can be calculated with the formula for the area of a rectangle: Area = length × breadth, which results in 24 square inches. To achieve the desired area of 6 square inches, we determine the necessary scale as 24 divided by 6, yielding 4 inches.
Answer:
A student who plays a sport but does not watch rugby is selected from those who engage in sports.
Step-by-step explanation:
"Determine the probability that a randomly selected student from the sports-playing group does not follow rugby."
90-15= 75 individuals either participate in sports OR follow rugby.
65+71-75=
136-75=
61 individuals play a sport AND are rugby watchers.
14 individuals are involved in sports but DO NOT follow rugby.
is the probability of picking a student who is part of sports but does not watch rugby from the sports group.
