Cytoplasmic dynein axonemal dynein kinesin myosin V dimer myosin II filament A. movement along microtubule toward its minus end B. processive movement toward actin filament plus end C. generates force for sliding of flagellar microtubules D. processive movement toward microtubule plus end E. generates force on actin filaments in a sarcomere

Explanation:

cytoplasmic dynein- B;  the movement along microtubule toward its minus end.

axonemal dynein - D; generates force for sliding of flagellar microtubules

kinesin - A;  a processive movement toward microtubule plus end.

myosin V dimer-  E; processive movement toward actin filament plus end.

myosin II filament - C; generates force on acitn filaments in a sarcomere.

hi there!

answer: b. nucleolus

explanation: nucleolus is a structure in the nucleus are ribosomes are made.

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: d

-charlie

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: d