295. Find the gradient of the function sin x + cos y.
Check your spam folder if password reset mail not showing in inbox????
Lost your password? Please enter your email address. You will receive a link and will create a new password via email.
Please briefly explain why you feel this question should be reported.
Please briefly explain why you feel this answer should be reported.
Please briefly explain why you feel this user should be reported.
a Explanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect to x and partial differentiation of sin x + cos y with respect to y and similarly with respect to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
a
See lessExplanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect
to x and partial differentiation of sin x + cos y with respect to y and similarly with respect
to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
A Explanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect to x and partial differentiation of sin x + cos y with respect to y and similarly with respect to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
A
See lessExplanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect to x and partial differentiation of sin x + cos y with respect to y and similarly with respect
to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect to x and partial differentiation of sin x + cos y with respect to y and similarly with respect to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect
See lessto x and partial differentiation of sin x + cos y with respect to y and similarly with respect
to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
A Explanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect to x and partial differentiation of sin x + cos y with respect to y and similarly with respect to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
A
See lessExplanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect
to x and partial differentiation of sin x + cos y with respect to y and similarly with respect
to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
Answer: a Explanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect to x and partial differentiation of sin x + cos y with respect to y and similarly with respect to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
Answer: a
See lessExplanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect
to x and partial differentiation of sin x + cos y with respect to y and similarly with respect
to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
Answer: cos x i – sin y j Explanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect to x and partial differentiation of sin x + cos y with respect to y and similarly with respect to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.
Answer: cos x i – sin y j
See lessExplanation: Grad (sin x + cos y) gives partial differentiation of sin x+ cos y with respect
to x and partial differentiation of sin x + cos y with respect to y and similarly with respect
to z. This gives cos x i – sin y j + 0 k = cos x i – sin y j.