10 10 (96), (9)(3) + 18 18 (3⁹) (15) 3 = 0.215686 ans

Q: Can you explain where this formula comes from?

A: To determine the correct answer, it's essential to understand how to calculate the number of unique…

Q: I'm curious in step 3, how did you get the value 1.2189?

A: Let's solve. Above calculation is wrong.

Q: Would you please explain step 2?

A:

Q: me

A: Please find the answer in next step

Q: figured out part a. How do I do part b and how do I put it in my calculator?

A:

Q: How did it go from step 2 to the answer?

A: The given integral is sec2(4x).

Q: 5. |. 18. I can look out my window and see the top of a television transnitter tower. On the map, I…

A: Given query is to find the height of the tree.

Q: Could you just a brief explanation of how each step is done?

A:

Q: Please do problem 2. Thank you!

A:

Q: Can you explain part (ii) more? just like a basic step by step explanation of everything that…

A: As per the question we are given two functions  α(x) , β(x) And we have to find the derivative of…

Q: Could you explain how to find the formulas ?

A: Apply integration by parts:

Q: Can you explain it better with all steps?

A: logeea=a and logea=lna

Q: Could this be simplified any more?

A: The given polar equation:

Q: 1/3p + 7 = 25

A:

Q: 9. Evaluate the line integral / (2x – 3y) ds; where C is the line segment from (-1,0) to (0, 1)…

A: 9.

Q: Why do the order of operations is best taught using memory triggers resonate with you? What it means…

A:

Q: Can you explain your multiplication steps in part b?

A:

Q: Step 2 is cropped out, I can only read the first line. Could you repost the solution?

A:

Q: How do I put step 2 in my calculator?

A: For step 2 the probability is calculated as 14.92%.Note that in step 2 we want the probability of…

Q: Find the gradient vector fields for the following potential functions (a) f(x,y) = x²y – xy?

A:

Q: can you work it out step by step

A:

Q: How do you do these calculations without using excel?

A: Given data…

Q: how did you get 2x in part c?

A: Joint probability density is used to understand the probability value of several continous random…

Q: Can you write this all out? So I can understand the steps clearly.

A: