Answer: This year is 6 th year.
Step-by-step explanation:
Since we have given that
First this race was held in = 16 August 1953
Every decade the race finishes with a festival.
So, decades means "a period of 10 years":
So, the following are the decades till date
1953
1963
1973
1983
1993
2013
2019.......
1953-1963 = 10 years
1963-1973 = 10 years
1973-1983 = 10 years
1983-1993 = 10 years
1993-2013 = 10 years
This is the 6 th year of the decade, in which the race will finishes with a festival.
Hence, this year is 6 th year.
<span>Multiply the length and width together to get the total required area - 5*8 = 40. Now each tile covers 3 inches and you need to cover 40 feet, so convert feet into inches by multiplying 40 by 12 (480). Now divide 480 (desired area) by 3 (how much each tile covers) to get 160 - the amount of tiles you'll need.
Sorry, didn't realize I didn't post it as an answer. But no problem!</span>
Option C: 
is the predicted population when 
Explanation:
The regression equation for an exponential data is 
Where x is the number of years and
y is the population
We need to determine the predicted population when
The population x can be determined by substituting in the equation
Thus, we have,
Using the logarithmic definition 
then 
Rounding off to the nearest whole number, we get,
Thus, the predicted population when is 316
Hence, Option C is the correct answer.
Recall that distance = speed times time. Thus, time = distance / speed.
Here:
time = distance / speed = 0.8 km / 12 km/hr = 1/15 hr.
Note that 1/15 hr = 1/15 (60 min) = 4 minutes
Answer:
x = 40 * 
meters
Step-by-step explanation:
You have a 30-60-90 right triangle in this situation.
the height of this triangle is 40 meters
the opposite angle is 30 degrees.
use the tangent.
let x = distance between boat and cliff
tan 30 = 40/x
1/root (3) = 40/x
x = 40 * meters
