Answer:
y = 2eˣ - sin x + 1
Step-by-step explanation:
dy/dx = 2eˣ - cos x
(0, 3)
Integrate dy/dx to find the original function.
Solve for C by substituting the point given.
- 3 = 2e⁰ - sin(0) + C
- 3 = 2 - 0 + C
- 1 = C
Now we can substitute C into the original function.
This is the particular, or explicit, solution to the differentiable equation.
1 parallelogram
2 parallelogram
3 rhombus
4 rectangle
5 rhombus
The person who explained the answer because you can see how they got the answer or the evidence they used to get the answer
Answer: TSR, RST, S
Step-by-step explanation:
