13.28 serie Schaum

In[253]:= Clear@"Global`∗"D

In[254]:= H∗valores numericos∗Lrb = 80, 8, 0<;

α = 80, 0, −3< ;

ω = 80, 0, 2<;

a0 = 80, 0, 0<;

vr = 80, 10, 0<;

art = 80, 20, 0<;

rr = 8−8, 0, 0<;

ωr = 80, 0, −10 ê 8<;

aceleración de arrastre

In[262]:= a0

α�rb H∗ abt

∗Lω�Hω�rbL H∗ ab

n∗L

Out[262]= 80, 0, 0<

Out[263]= 824, 0, 0<

Out[264]= 80, −32, 0<

In[265]:= ab = %%% + %% + %

Out[265]= 824, −32, 0<

aceleración de coriolis

In[266]:= ac = 2 ∗ ω�vr H∗ ac ∗LOut[266]= 8−40, 0, 0<

aceleración relativa

In[267]:= art H∗ art

∗Lωr �Hωr �rrL H∗ ar

n∗L

Out[267]= 80, 20, 0<

Out[268]= :25

2

, 0, 0>

In[269]:= ar = %% + %

Out[269]= :25

2

, 20, 0>

aceleracion total

In[270]:= ab + ac + ar êê N

Out[270]= 8−3.5, −12., 0.<