Answer:
62.8 ft (of edging)
Step-by-step explanation:
We need to find the circumference of this circle, using C = 2(pi)r.
Here, C = 2(3.14)(10 ft) = 62.8 ft (of edging)
Answer:
63 feet is needed to go around the garden.
Based on the table, the values relating t and e with their viability is given by:
A linear function can be defined as a type of function whose equation is graphically represented by a straight line on the cartesian coordinate.
An average rate of change is also referred to as slope and it can be defined as a type of function that describes the average rate at which a quantity changes (decreases or increases) with respect to another quantity, over a period of time.
From the table, we would determine which values are viable points as follows:
At a = -2, we have:
e = 300 - 10t
e = 300 - 10(-2)
e = 300 + 30
e = 330 (not viable).
At b = 3.5, we have:
e = 300 - 10t
e = 300 - 10(3.5)
e = 300 - 35
e = 265 (viable).
At c = 10, we have:
e = 300 - 10t
e = 300 - 10(30)
e = 300 - 300
e = 0 (viable).
Read more on linear function here: brainly.com/question/6978079
#SPJ1
Answer:
A 2-column table with 3 rows. The first column is labeled time (t) with entries negative 2, 3.5, 30. The second column is labeled Elevation(e) with entries a, b, c.
Rory is staying in a cabin on a hill 300 feet above sea level. She walks down the hill to the water’s edge. The equation of her average change in elevation over time is e = 300 – 10t, where t is the time in minutes since she left the cabin, and e is her elevation with regard to sea level. Which values are viable points, and what are their values in the table relating t and e?
a =
✔ not viable
b =
✔ 265
c =
✔ 0
Step-by-step explanation:
y = {x – 10
Which of these statements is correct?
A. The system has no solution.
B. The solution of the system is (-3,8).
C. The solution of the system is (6,-6).
D. The system has an infinite number of
tiang
Answer:
Step-by-step explanation:
A
b t>w
C not possible to tell
Given the values sin(t) = 0.45 and sin(w) = 0.89, both for angles in the first quadrant, we can determine that the angle w is greater than the angle t. This is because in the first quadrant, the sine of an angle increases as the angle increases.
The sine of an angle in the unit circle, sin(t) or sin(w), is the y-coordinate of the point where the angle intersects the unit circle. The angles are in quadrant 1, where sine values are positive, as are the angles themselves. Given sin(t) = 0.45 and sin(w) = 0.89, we know that the sine of an angle increases as the angle increases within the first quadrant (from 0 to 90 degrees). Therefore, sin(w) > sin(t) implies that w > t.
#SPJ11
Answer:
780,000 if it was at least 785k then you round it to 790k