THe given equation is
Differentiating using chain rule
At point (0,1), we will get
Now we use point slope form, which is
Substituting the values of m, and x1,y1, we will get
And that's the required answer .
Answer:
2
Step-by-step explanation:
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Answer:
c
Step-by-step explanation:
trust me
Final list of friends = 10
Possible number of friends who can sit close to the head table = 6
This is a question of the number of combinations in choosing 6 friends from the list of 10 friends.
That is,
Number of ways = 10C6 = (10!)/[6!*(10-6)!] = 3628800/(720*24) = 210 ways.
I believe the answer is 59 .
first , you plug your variables into the equation : 10(3)(2) - (3) + (2) . next , you multiply the 10 and the 3 and the 2 to get : 60-3+2 . now , you add and subtract from left to right to get : 57+2 . now you add those and get 59 .
hope this helps :)