Answer:
D. Pseudopod
Explanation:
spring
B.
winter
C.
autumn
D.
summer
Which force holds the planets in their orbits?
A.
electromagnetism
B.
strong nuclear force
C.
weak nuclear force
D.
gravity
What is the name for a star and planets held together by gravity?
A.
solar system
B.
galaxy
C.
black hole
D.
supernova
Which contribution did Kepler make to our view of the solar system?
A.
He proposed that gravity kept the planets in their orbits.
B.
He proposed the sun-centered model of the solar system.
C.
He proposed the earth-centered model of the solar system.
D.
He showed that planets moved in elliptical orbits.
plz help :(
bones?
OA. Nitrogen
OB. Hydrogen
OC. Calcium
OD. Barium
Answer:
Calcium
Explanation:
Answer:
The waves above is an electrical signal resulting from a sound wave. how does the information in this electrical signal make it to your car radio, it is carried on an FM wave by modulating its frequency,is it carried on an FM wave by its amplitude. Please give me the brainliest answer?
:) Hoped this helped!!! Have a good day!!! <3
Correct Answer: A). Dissecting microscopes and compound light microscopes
After magnification the object appears larger in size that is measured by the magnifying power. It can be found out by dividing the focal length of the scanning object to the focal length of the eye piece. From the above given option the greatest difference that is found in the magnifying power is between the dissecting microscope and compound light microscope.
Hence, the correct answer would be option A.
Amongst the options provided, the biggest difference in magnification power is between transmission electron microscopes and dissecting microscopes. Dissecting microscopes provide lesser magnification but enable three-dimensional viewing, while electron microscopes offer superior magnification and detail, at the cost of the specimen's life.
Therefore, the correct answer is option b.
The greatest difference in magnifying power lies between b. transmission electron microscopes and dissecting microscopes.
Dissecting microscopes provide lower magnification, typically ranging between 20 to 80 times the object size, and are suitable for viewing larger objects such as tissues (Fig 3.2b). They also offer a three-dimensional view of the specimen.
On the other hand, transmission electron microscopes utilize a beam of electrons instead of light.
This mechanism facilitates much higher magnification and detail while providing superior resolving power. However, this method requires the destruction of the specimen and cannot be used for viewing living cells.
Learn more about difference in magnification power here:
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