What is the circumference of myrmidon

Assignment Help Mathematics

Reference no: EM13203730

Suppose you were an alien living on the fictitious warlike planet Myrmidon and you wanted to measure its size. The Sun is shining directly down a missile silo 1000 miles to your south, while at your location, the Sun is 36° from straight overhead. What is the circumference of Myrmidon? What is its radius?

Reference no: EM13203730

Questions Cloud

How tall is the flagpole : a flagpole is secured on opposite sides by two guy wires, each of which is 5 ft longer than the pole. The distance between the points where the wires are fixed to the ground is equal to the length of one guys wire. How tall is the flagpole (to the..

Effective annual percentage cost of funds : What would be the effective annual percentage cost of funds raised by this action and One way of getting the needed funds would be to forgo the discount, and the firm's owner believes she could delay payment to 40 days without adverse effects

Find the local linearization of the function : Consider the equation X^9+x-2.01=0. You will be asked in part (c) below to use local linearization to approximate a solution by hand.

Determine the lenth of the lateral edge of the prism : the area of each base id 64 square inches. Find the lenth of the lateral edge of the prism

What is the circumference of myrmidon : The Sun is shining directly down a missile silo 1000 miles to your south, while at your location, the Sun is 36° from straight overhead. What is the circumference of Myrmidon? What is its radius?

Find the length of the jogging loop : A rectangular city park has a jogging loop that goes along a length, width, and diagonal of the park. To the nearest yard, find the length of the jogging loop, if the length of the park is 125 yards and its width is 75 yards.

What would be the maximum amount of checkable deposits : What would be the maximum amount of checkable deposits after deposit expansion, and what would be the money multiplier?

Find the height in feet for a ball thrown upward : The height in feet for a ball thrown upward at 48 feet per second is given by s(t)=-16t^(2)+48t, where t is the time in seconds after the ball is tossed.

Find the percentage of sat scores between 1600 and 2100 : find the percentage of SAT scores less than 1500; c. find the percentage of SAT scores between 1600 and 2100.

User Account

All Pages