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Why root tip of an onion is an ideal specimen for examining mitotic division?
The root tip of an onion is an ideal specimen for examining mitotic division because it contains actively dividing cells at the root apex. These cells are in different stages of mitosis, making it easy to observe and study the process of cell division under a microscope. Additionally, onion cells have large, clear chromosomes that are easily visible, aiding in the observation of mitotic phases.
Why frogs are considered an ideal specimen in the study of general zoology?
err... maybe because the structure of the organs of a frog is most likely the structure & position of organs in a human's body... and frogs are easy to get or buy... and many species are not endangered! :) hopin' this can help!
What slide organism in mitosis in plant cell?
The slide organism commonly used to study mitosis in plant cells is the onion root tip. Onion root tips have actively dividing cells that are easily observable under a microscope, making them ideal for studying the different stages of mitosis such as prophase, metaphase, anaphase, and telophase.
What can oil do to a lower power objective?
Oil immersion can improve the resolution and clarity of images when using a lower power objective by reducing refraction and minimizing light scattering at the specimen-objective interface. It helps to capture more light and create a higher numerical aperture for better image quality, making it ideal for observing fine details on specimens that require higher magnification.
When viewing a slide under oil immersion it is best to use which objective?
When viewing a slide under oil immersion, it is best to use the 100x objective lens. This high-power lens allows for greater magnification and resolution, making it ideal for observing fine details in the specimen. The use of immersion oil helps to reduce refraction of light and improves image clarity by providing a medium with a similar refractive index to glass.
Why root tip of an onion is an ideal specimen for examining mitotic division?
The root tip of an onion is an ideal specimen for examining mitotic division because it contains actively dividing cells at the root apex. These cells are in different stages of mitosis, making it easy to observe and study the process of cell division under a microscope. Additionally, onion cells have large, clear chromosomes that are easily visible, aiding in the observation of mitotic phases.
What characteristics of a dissecting microscope makes it ideal to use for gross examination of specimen?
suitable for viewing large objects
Why is the root tip an ideal specimen is ideal for examining mitotic division?
Root tips are very active in mitotic cell division as the roots grow deeper and broader in their search for water and nutrients, as well as anchorage in the soil.
What are the 6 phases of romance literature?
The six phases of romance are complete innocence youthful inexperience happy society resists pain completion of an ideal reflective and idyllic view society ceases to exist beyond comtemplation
Why frogs are considered an ideal specimen in the study of general zoology?
err... maybe because the structure of the organs of a frog is most likely the structure & position of organs in a human's body... and frogs are easy to get or buy... and many species are not endangered! :) hopin' this can help!
What slide organism in mitosis in plant cell?
The slide organism commonly used to study mitosis in plant cells is the onion root tip. Onion root tips have actively dividing cells that are easily observable under a microscope, making them ideal for studying the different stages of mitosis such as prophase, metaphase, anaphase, and telophase.
What can oil do to a lower power objective?
Oil immersion can improve the resolution and clarity of images when using a lower power objective by reducing refraction and minimizing light scattering at the specimen-objective interface. It helps to capture more light and create a higher numerical aperture for better image quality, making it ideal for observing fine details on specimens that require higher magnification.
How do wet mount slides differ from prepared slides?
Wet mount slides are temporary preparations that involve placing a specimen in a drop of liquid, usually water, and covering it with a coverslip, allowing for observation of living organisms or dynamic processes. In contrast, prepared slides are permanent mounts where specimens are treated, stained, and sealed between a slide and coverslip, providing a stable and often more detailed view of the specimen's structure. Wet mounts are typically used for observing live specimens, while prepared slides are ideal for detailed anatomical studies.
When viewing a slide under oil immersion it is best to use which objective?
When viewing a slide under oil immersion, it is best to use the 100x objective lens. This high-power lens allows for greater magnification and resolution, making it ideal for observing fine details in the specimen. The use of immersion oil helps to reduce refraction of light and improves image clarity by providing a medium with a similar refractive index to glass.
What is the angle between no load current and the applied voltage in an ideal transformer?
A: Transformer by itself goes not alter the phases the output can be in phase or out of phase depending how you look at it.
What is meant by ideal protein diet plan?
The ideal protein diet is carried out in four phases, while consuming foods specifically designed for this diet. Only under the care of a certified health care professional can you purchase these foods and follow this diet. These professionals also ensure that you do not face any health problems while on this diet, and will take into consideration any health problems you are already suffering from. Following are the four phases that are involved in this diet, along with the ideal protein diet plan cost per phase.
What specimen would best be viewed using a compound light microscope?
Thin, transparent specimens like cells, tissues, or bacteria are best viewed using a compound light microscope because it uses visible light to illuminate and magnify the specimen. This type of microscope is ideal for viewing detailed structures and can magnify objects up to 1000x.
