How do you get the radius if angle is 150 degrees and length of arc is 330 cm?

Answer 1

Well, isn't that just a happy little question! To find the radius when you have the angle and arc length, you can use the formula: radius = (arc length) / (angle in degrees) * (π/180). Just plug in the values you have, and you'll have your radius in no time. Remember, there are no mistakes, just happy little accidents in math!

Answer 2

Well, honey, to find the radius when the angle is 150 degrees and the arc length is 330 cm, you use the formula: radius = (arc length * 180) / (pi * angle). Plug in the numbers and you'll get your radius. Just don't expect me to hold your hand through it, you can handle this on your own.

Answer 3

To find the radius when given the angle and arc length, you can use the formula: radius = (arc length) / (angle in degrees) * (π/180). Plugging in the values given, the radius would be (330 cm) / (150 degrees) * (π/180) ≈ 7.33 cm. This formula is derived from the relationship between the arc length, angle, and radius in a circle.

Answer 4

Oh, dude, it's like a casual stroll in the park. So, to find the radius when you're given an angle and arc length, you use the formula: radius = (arc length) / (angle in degrees) * (π/180). Just plug in the values: radius = 330 / 150 * (π/180). Calculate that out and you've got your radius. Easy peasy, right?

Answer 5

150 deg is 150/360 of a complete circle circumference, so the arc length 330cm = 150/360 times 2pi.R This can be solved for R to get R = 330x360/150/(2pi).