Can you please help me with these 6 questions they all have to do with tangent functions and first degree and second degree trigonometric functions in pre calculus 30. Please show all of your work so it's easier to understand. 1. A security camera scans a long straight fence that encloses a section of a military base. the camera is fence mounted on a post that is located 5m from the midpoint of the fence. The camera makes one complete rotation in 60s. What is the distance from the midpoint of the fence at t=10s to the nearest metre? The equation is in the form d=atan bt. t= ? d= ? metres 2. A security camera scans a long straight fence that encloses a section of a military base. the camera is fence mounted on a post that is located 5m from the midpoint of the fence. The camera makes one complete rotation in 60s. Determine the tangent function that represents the distance, d, in metres along the fence from its midpoint as a function of time,t, in seconds, if the camera is aimed at the midpoint of the fence at t=0. The equation is in the form d=atan bt. a=? b=?3. A plane flying at a altitude of 10km yer level ground will pass directly over a radar station. Let d be ground distance from the antenna to a point directly under the plane. Let x represent the angle formed from the vertical at the radar station to the plane. Write d as function x and graph the function. The equation is in the form d=atan bt. a=? b=? 4. A rotating light on top of a lighthouse sends out rays of light in opposite directions. As the beacon rotates, the ray at an angle theta makes a spot of light that moves along the shore. The lighthouse is located 500m from the shoreline and makes one complete rotation every 2 min. Determine the equation that expresses the distance, d, in metres, as a function of time,t, in minutes. The equation is in the form d=atan bt. a=? b=?

ete ut of Q(1. -1.7) tan x= 1.7 Using the diagram, determine tan x and the value of x in degrees Express your answer to the nearest tenth, when necessary Check plete Lout of ((1. -1.7) tan x = Using the diagram, determine tan x and the value of Le or * in degrees Express your answer to the nearest tenth, when nec necessary