<h3>Answer:</h3>
[1] We know that,
<u>Length of arc(s) = r∅</u>
- 6.5 × 5.5
- 35.75 or 35.8 rounded.
[3] <u>Using section formula</u>,
Let A(-10, 10) and B(- 5, 5) ; m = 2, n = 3 and coordinates of the point be P(x,y)
So,
<u>P(x,y) = {mx2 + nx1/m + n},{my2 + ny1/m + n}</u>
- {2 × - 5 + 3 × - 10/5},{2 × 5 + 3 × 10/5}
- {- 10 + - 30/5},{10 + 30/5}
- {- 40/5},{40/5}
- {- 8, 8}
<u>Hence, Required coordinates are (- 8,8)</u>.
Answer:
The place values are decreasing/ moving further to the left one digit at a time. The next three numbers are: 7.3456, 0.73456 and 0.073456.
Step-by-step explanation:
Answer:
6.69 to the nearest hundredth
Step-by-step explanation:
Use the law of sines
Let x = PQ
x sin 72 = 12 sin 32
x = 6.69 to the nearest hundredth
It is C trust me I’m doing the same thing
A = LW
A = 320
L = 5W
320 = W(5W)
320 = 5W^2
320/5 = W^2
64 = W^2
sqrt 64 = W
8 = W
L = 5W
L = 5(8)
L = 40
so the length (L) = 40 cm and the width (W) = 8 cm
P = 2(L + W)
P = 2(40 + 8)
P = 2(48)
P = 96 <=====
