Answer:
sec(x)tan(x)
Step-by-step explanation:
This is a direct application of the <em>fundamental theorem of calculus</em>, which tells you ...
Here, f(t) = sec(t)tan(t) and a=3. So, the derivative is ...
f(x) = sec(x)tan(x)
The correct answer for this would be ΔCJD ≅ ΔAMY and ΔDCJ ≅ ΔYAM.
All we are doing for this is rearranging the order of the angles, as long as the order of the angles match with the original order.
The following answers are also correct:
ΔDJC ≅ ΔYMA
ΔCDJ ≅ ΔAYM
ΔJDC ≅ ΔMYA
You can make 6 different towers. If red was at the bottom, there'd be two different possibilities for that: red, yellow, blue, and red, blue, yellow. Same for if blue was at the bottom: blue, red, yellow, and blue, yellow, red. Yellow also applies: yellow, red, blue, and yellow, blue, red. 3*2=6, so 6 possible towers.
The first composite shape<span> is a combination of a rectangular prism and a pyramid. To </span>find the volume <span>of the entire </span>shape<span> you </span>find the volume<span> of each individual </span>shape<span> and add them together. The second </span>figure<span> consists of a cylinder and a hemisphere.</span>
fndadhfuhadifhaStep-by-step explanation:
