Fine the arc length of an arc intercepted by a central angle

Reference no: EM13200223

fine the arc length of an arc intercepted by a central angle of .769 radian on a circle with radius 11.4.

Reference no: EM13200223

Questions Cloud

Find the revenue by multiplying the quantity : A company's revenue is the amount of money that comes in from sales before business costs are subtracted. For a single product, you can find the revenue by multiplying the quantity of the product sold, x, by the demand equation, p.

Find the equation of the line : Find the equation of the line and you can write your answer in the following form: p = mx + b. Normally in this class, you would probably use the "y = mx + b" format. You are basically substituting the variable "y" with "p".

Explain how many people does it take to maximize your profit : (the minimum number to book the tour) go on the tour for each additional person, up to a maximum of 80 people total, the rate per person is reduced by $2 it cost $6000 (a fixed cost) plus $32 per person to conduct the tour. how many people does it..

How many times the mass of saturn is the mass of the sun : If saturn is 5.688*10^23 and the sun is 1.998*10^27, how do I find how many times the mass of saturn is the mass of the sun?

Fine the arc length of an arc intercepted by a central angle : fine the arc length of an arc intercepted by a central angle of .769 radian on a circle with radius 11.4.

Determine the rate of change of the length : Pete walks at the rate 5 ft/sec toward a street light whose lamp is 20 ft above the base of the light. If Pete is 6 ft tall, determine the rate of change of the length of Pete's shadow at the moment he is 24 ft from the base of the lamppost.

Explain the elevation of death valley : the elevation of Death Valley, California. If Death Valley is 282 ft below sea level, find the elevation of Mount Whitney.

What is the projects npv and irr : Revenues and other operating costs are expected to be constant over the project's 3-year life. What is the project's NPV and IRR?

How fast are the the two ships approaching : At noon, ship A is 65 km due north of ship B. Ship A is sailing south at 14 km/hr and ship B is sailing east at 16 km/hr. How fast are the the two ships approaching each other 5 hours later at 5:00?

User Account

All Pages