Let the units of the problem be miles and hours. The first plane's distance from point p can be described by
... x = 150 -450t
The second plane's distance from point p can be described by
... y = 200 -450t
Since their flight paths are at right angles, the Pythagorean theorem can be used to describe the distance between them (s).
... s² = x² + y²
... s² = (150 -450t)² + (200 -450t)² = 22500 -135000t +202500t² +40000 -180000t +202500t²
... s² = 40500t² -315000t +62500 = 2500(162t² -126t +25)
... s = 50√(162t² -126t +25)
Do 8/10 divides by 4 so the board is cutted evenly into 4 parts
Answer:
12308.8 cm^3
Step-by-step explanation:
First we need to fill in the variables for the formula
Now solve. Keep in mind the order of operations. I have rewritten the equation with parenthesis to make it easier
After solving, you should get 12308.8. Since these measurements were in centimeters, we need to add <em>cm</em> to the end. Also since this is in 3D we need to add ^3
36 blue beads and there would be 24 orange 3:2
Answer:
Team A
Step-by-step explanation:
Team B
126+127+130+130+132+135+139+139=1058÷8=132 Rem.2
Team B
120+120+121+121+126+126+123+128=986÷8=123 Rem.1
