nicha67 nicha67
  • 02-01-2021
  • Mathematics
contestada

A2. Find y' and y" for y^2 = x^2
+ sinxy

Respuesta :

cwrw238 cwrw238
  • 02-01-2021

Answer:

y'   = (2x + y cosxy)/(2y + x cosxy)

Step-by-step explanation:

Using implicit differentiation:

y^2 = x^2 + sin xy

2y y' = 2x + cos xy  * (xy' + y)

2y y' = 2x + xy' cos xy + y cos xy

2y y' - xy' cosxy = 2x + ycos xy

y'   = (2x + y cosxy)/(2y - x cosxy)

Answer Link

Otras preguntas

Tony bought a skateboard online. It cost $96 plus 20% shipping and handling. What was the total cost?​
Please help! I need to turn this in today.
micheal-anthony and jocelyn are both running around the track at school. michael-anthony runs 3 miles in 20mins and continues running at this pace for 1 hour. j
Who is more likely to say 'On, you can't trust them, they wouldn't even help a friend'?
how do stored try lure shoppers during Black Friday events? use the text to support your
Timmy is 6 feet tall and casts a 10-foot shadow. Nikki casts a 9-foot shadow. How tall is Nikki?
Any special word, and what each letter represents: Naughty Opposite Rage Average
A rectangle has a length of 10 3/16 inches and a width of 6 7/8 inches. what is the perimeter of the rectangle?​
There are 32 students in your class. After voting for the class representative, Alan received 3 times as many votes than David. How many votes did Alan receive?
solve the equation x/-14 = 13 x = -52 x = 17 x = 52 x = -13/4