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Let (X) = (X) D

Question 31

Multiple Choice

Let Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) (x) = Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) (x) d Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) + Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) (x) d Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) + Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) (x) d Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) be a differential 1-form on a domain D in Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) and let Let    (x)  =    (x)  d    +    (x)  d    +    (x)  d    be a differential 1-form on a domain D in    and let    . The value of    (x)  on a vector  v             is equal to A)    (x)     v B)  a(x)  .  v C)  a(x)  × v D)  a(x)  + v E)  v × a(x) . The value of 11ee7bbd_2d92_9334_ae82_4706b097eca0_TB9661_11 (x) on a vector v 11ee7b17_3372_5854_ae82_d19d2ea0c252_TB9661_11 11ee77e1_778f_2246_a0f8_25b1f79d4f14_TB9661_11 is equal to


A) 11ee7bbd_2d92_9334_ae82_4706b097eca0_TB9661_11 (x) 11ee7bbd_7105_b9d5_ae82_3db29584e110_TB9661_11 v
B) a(x) . v
C) a(x) × v
D) a(x) + v
E) v × a(x)

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