Question

Activity 8
watered
roots isn't
help you
Chong the
Study Fig. 7.16 (a) and (b) carefully
Now, look at the roots of the gram plants
dy another
you have pulled out from the cotton
the previous activity. Do they look like
the roots shown in Fig. 7.16 (a) or
thos
Fig. 7.17 lal Taproos
in Fig. 7.16 (b)? How about the roots a
gram and
powll and
la)
ace some
seeds of
e other
inkling
uts have
Pig 7.16 fa Roors of
by Roots of
ts from
For roots of th
Fig. 7.17 (a). the ma
root and the smal
lateral roots. Plants
in Fig. 7.17 (b) do n
All roots seem sim
called fibrous roots
Separate the
collected into two
put those that hay
group (b) those tha
Look at the leaves o
(a). What kind of ve
What kind of vena
plants of Group (b
Do you notice t
the type of roots in
malze plant? Write 'gram' or 'maize in
the blank spaces in the figure after
matching the roots with the figures.
In what way are the roots of gran
and maize similar? In what way are the
different? There seem to be two different
types of roots, isn't it? Are there als
other types of roots? Let us find out.






please do it it is urgent it is from ncert book class 6 ch 7 please frame the experiment with materials required and procedure observation conclusions ​

Answer 1

Explanation:

the answer is in your TV itself

Answer 2

Answer:

picture frame experiment should be normalised with respect to the area of the sample size stating that the measured force is directly proportional to the number of cross- overs undergoing deformation [28,32]. However, here an argument is presented for normalising picture frame data by the side length of the picture frame rig rather than by area. Fig. 5 shows two picture frame experiments of dif- ferent size. The stress-power in extending the picture frames ...

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Context 2

... i ¼ 1 or 2 corresponding to Fig. 5, F i are the measured forces and _ d i are the crosshead displacement rates. Note that for the picture frame ...

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Context 3

... the angular shear rate, _ h, is the same in both (a) and (b) in Fig. 5 and the material is sheared to the same shear angle, h, then Eq. (5) can be written as where k is the same constant in both equations. Eq. (6) can be substituted in (4) to ...