# data[].attributes.body
(a)
W = Fs
= 2 500 N × 4 m
= 10 000 J

(b)
= 10 000 J

(c)
=
10 000 J
---------
1.2 minit

=1.2 X 60
=
10 000 J
---------
72 s

= 138.89 W

# data[].attributes.body
4 a) w= FxS
= 2500 N x 4m
= 10 000 J
b) tenaga yang digunakan = 10 000 J
c)  Kuasa Kren
P= W/T
= 10 000 J / 1.2 minit
= 10 000 J/72 s
= 138.89 W

# data[].attributes.body
4 a)=2500 N × 4 N
=10000 J

b) =10000 J

c)= 10000 J ÷ 72 s
=138.89 W

# data[].attributes.body
a) w= F x S
= 2500 N x 4m
= 10 000 J

b) 10 000 J

c) 10 000 J/ 1.2 minit
=  10 000 J / 72s
= 138.89 W

# data[].attributes.body
A.2500 × 4
=10 000J

B.  10 000J

C. 10 000 / 72 = 138.8889W

# data[].attributes.body
4(a)w=F x s
=2500 N x 4m
=10 000 J
b) 10 000J
c)10 000 J/1.2 minit
=10 000 J/72s
=138.89 W

# data[].attributes.body
4. a) W = Fs
= 2500 N x 4 m
= 10 000 J

b) 10 000J

c) P = W
_____
t

10 000 J
_______
72 s
= 138.89 W

# data[].attributes.body
=2500 N x4m
=10 000J
b) = 10 000J
c) P=W/T
= 10 000J/1.2minit
=10 000J/7.2s
=138.89W

# data[].attributes.body
a)
w = Fs
=2 500 N x 4 m
= 10 000 J

b)
=10 000 J

c)
p= w/t
= 10 000 J / 1.2 minit
= 1.2 minit x 60 s ( tkr pd minit ke saat )
=72s
=10 000 J / 72s
=138.8888889 W

# data[].attributes.body
a)W=Fs
=2500 N x 4m
=10 000 J
b)10 000 J
c) P=W/T
=10 000/72 s
=138.89W