TARGET IS A GOAL!
set TARGET, make STRATEGY and reach the GOAL!
QUSTIONS MAT TABUNG
21.47 |
Questions:
1. Nina has a can of coca- cola. The height o f
coca- cola is 13 cm and the diameter is 5 cm. what is the volume of the can?
2.
In the musholla there is a water machine with
the height is 42 cm and the radius is 12.5 cm. calculate the surface area of
water machine!
3.
In the canteen there is a place of soap, with the
volume is 133.450 cm3 and the height is 10 cm. calculate the
diameter of it!
4.
My school has a traditional bell with the
diameter is 18 and the surface area is 2091.24 cm2. Calculate the
height of the bell!
5.
Dustbin has height 44 cm and diameter is 36 cm.
calculate the volume!
6.
The radius of the pot 17.5 cm and the height
24.5 cm. calculate the surface area of it!
7.
The topples of sonice has the surface area 254.34 cm2. The height of
the topples is 10.5 cm. calculate the radius!
8.
The diameter of water glass is 4 cm. the volume
of the water glass is 119.32 cm3. Calculate the height!
9.
Indri has pipe with the measure of the height is
40 cm. the surface area 263.06 cm2. Calculate the radius!
10.
We have sausage with the height is 10.5 cm. and
the diameter is 1.5 cm. calculate the volume and the surface area!
TIK
04.13 |
download data TIK kita di
http://www.4shared.com/rar/kWFD0U-s/TIK__Jaringan_LAN_.html
password: jaringanlan
Right vs. Left Brain
Right vs. Left Brain
Our brain, like many other parts of our anatomy, is made up of two
halves, a left brain and a right brain. They are connected to each other by a
thick cable of nerves at the base of each brain, called the corpus callosum. It
is analogous to a cable or network connection between two incredibly fast and
immensely powerful computers, each running a different program to process
basically the same input. When Roger Sperry severed the corpus callosum in the
sixties, which connected the left and right brains, he was stunned by the fact
that his ‘split-brain’ patients behaved as if they had two minds and two
persons in one body!
He found that the patient could name an object but could not explain what it was used
for when the object was shown only to the right eye (the left ‘verbal’ brain
processes data from the right visual field). When shown to the left eye (the
right ‘non-verbal’ brain processes data from the left visual field), the
patient could explain and demonstrate its use, but could not name it. Roger
Sperry received the 1981 Nobel Prize for his work in this area. It appears that
when a normal person names an object and explains its purpose, both halves or
hemispheres of the brain, which are connected by the corpus callosum,
participate in this final conclusion.
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