Answer:
The distance between the tallest building and the statue is 5 miles, so as the statue is inside the range of 7 miles, it can be seen from the tallest building.
Step-by-step explanation:
To solve the problem we need to know the distance between the tallest building in the town and the statue.
This distance can be calculated with the formula of the distance between two points:
d = sqrt(dx^2 + dy^2), where dx is the difference in x-coordinate between the points and dy is the difference in y-coordinate between the points.
So, the distance between these points is:
dx = 5-2 = 3
dy = 1-5 = -4
d = sqrt(3^2 + (-4)^2) = sqrt(9+16) = 5 miles
The distance is 5 miles, so as it is inside the range of 7 miles, the statue can be seen from this point.
Answer:
2 5/6 hours
Step-by-step explanation:
The elements given and to be determined by the question involves the number of pages read and the time spent in reading this number of pages. It can be inferred that as the number of pages increases, so does the time spent in reading.
This means that there is a direct proportionality relationship between the number of pages read and the time spent.
If the number of pages read is r and the time spent is t then,
r ∝ t
r = kt where k is the constant of proportionality that states the number of pages read per time
if kasha reads 60 pages in 1 5/12 hour.
60 = k * 1 5/12
k = 60 * 12/17
= 720/17 pages per hour
r = 720/17 t
if Kasha wants to read 120 pages, the number of hours required may be found by
120 = 720/17 * t
t = 120 * 17 /720
= 17/6 hours
= 2 5/6 hours
No you cant but do you know the formula of the circle
Answer: the first 3 is the tens and the second 3 is the ones
for the first one draw 3 blocs of ten and then for the other 3 draw 3 blocks of ones
Step-by-step explanation: