Garments cannot be made out of coconut fibre because they are very rough and are unable to be sew as it also the break very easily.
The coco fiber or coir is a fiber extracted from the husk of a coconut and is often used to make floor or door mats, mattresses and brushes. It is hard that is only suitable in making upholstery padding and sacking.
Answer:
There is only 1 answer
Explanation:
A. Sandy soil will be able to!
B: Yes it is possible for loess to occur but its pretty rare
C. Deep and rich soils are soils that are soaked with water and uses thick substances so no
D. Soils that are not prone to erosion so they can but in some cases they could erose
but loess is caused by a soil that was produced by rocks and sometimes when they grind and break down they turn into soil such as sandy, clay and even loamy sand brushed over by wind
Like such as a man made grand canyon is made of loamy sand soil that is absorbed by the rocks by rain water and soil turning the rocks into grand canyons
by best bet is sandy soil, particles deposited by water.
I tried my knowledge ;-;
It suggests that the bone will have equal strength in all directions.
Answer:
It was Produced through Sexual Reproduction
Explanation:
This is true because when two members of a species reproduce through meosis the offspring inherents half of the dna from each parent
Answer:
Starting molecules not completely and quickly convert to its possible product because an activation energy barrier exist that must be overcome for conversion to product.
Explanation:
The activation energy of a chemical reaction is closely related to its rate. This is because molecules can only complete the reaction once they have reached the top of the activation energy barrier. The higher the barrier is, the fewer molecules that will have enough energy to make it over at any given moment.
Many reactions have such high activation energies that they basically don't proceed at all without an input of energy. For instance, the combustion of a fuel like propane releases energy, but the rate of reaction is effectively zero at room temperature. Once a spark has provided enough energy to get some molecules over the activation energy barrier, those molecules complete the reaction, releasing energy. The released energy helps other fuel molecules get over the energy barrier as well, leading to a chain reaction.
