(f+3)^5
(5/0)*(5/1)*(4/2)*(3/3)*(2/4)*(1/5) so the coefficients are:
1,5,10,10,5,1
1*f^5+5f^4*3+10f^3*9+10f^2*27+5f*81+243
f^5+15f^4+90f^3+270f^2+405f+243
Answer:
Step-by-step explanation:
We have to simplify the followings:
1) 
= 
{By distributive property of multiplication}
= (Answer)
2) 
= 
{By distributive property of multiplication}
= (Answer)
In that statement of a function, 'a', 'b', and 'c' all represent
plain old ordinary constant numbers.
Ok, so.
You first need to find the height of the shorts guy's setup. We know that the length of the base is 14.5, and that theta is 46 degrees. The opposite side equals tan46 * 14.5, which is 14.935. 14.935 is the height of the short guy's height. Now onto the other dude. We know that the height of his setup is 4.2 more than the shorts guy, which is equal to 19.13. Finally, to find the angle, theta, of the second guy, we take 19.13 / 14.5 and then take the inverse tangent of that number (1.31) which equals approximately 52.6 degrees.
