Answer:
chemical, mechanical, electrical
Explanation:
Seismic waves are waves produced by earthquakes. This occurs
when rocks under the earth suddenly break or explode. There are two MAIN TYPES
of seismic waves called body waves and surface waves.
<span>Body waves have the capacity to travel through the Earth's
inner layers. They have a higher frequency and they are the ones that first
occur under water at the onset of an earthquake. They can be subdivided
into two types, the primary and secondary waves that arrive at seismic records
one after another.
Surface waves can only traverse through the surface of the planet like ripples
in the water. These waves can easily be detected on a seismogram result. These
waves arrive after body waves and they are the ones mostly responsible for
damages and destruction bought by earthquakes.</span>
<span> </span>
The major difference between a light microscope and a electron microscope would be that with the light microscope, a beam of light is used to focus the image. In an electron microscope, a beam of electrons is used to focus the image. Other notable differences would be with the light microscope, your specimens must be very thin; thin enough for light to pass through them. With the EM, you can place whole specimens that can generate 3D images. There is a much more complex specimen preparation process for the EM, where light microscope slide making is fairly simple in comparison. You can view live and wet specimens with a light microscope but you cannot with the EM because an EM requires specimens to be placed in a vacuum chamber. Lastly, the EM is very large and complex to operate, where the light microscope is somewhat portable. Hope this helps!
<h2>
Answer:</h2><h2>Ground Tissue Function</h2><h2>Parenchyma Tissue Photosynthesis Food storage Healing and tissue regeneration</h2><h2>Collenchyma Tissue Support in young stems, roots, and petioles</h2><h2>Sclerenchyma Tissue * Rigid support Protection</h2><h2 />
Explanation:
<h3>Ground Tissue Function</h3><h3>Parenchyma Tissue Photosynthesis Food storage Healing and tissue regeneration</h3><h3>Collenchyma Tissue Support in young stems, roots, and petioles</h3><h3>Sclerenchyma Tissue * Rigid support Protection</h3><h2>hope this helps</h2>
