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nata0808 [166]
3 years ago
13

The figure below shows how enzymes work. In the space provided, describe what is occurring at each letter

Biology
1 answer:
Evgen [1.6K]3 years ago
5 0
What figure below? Imma need to see that figure below that shows how enzymes work.
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magine a human disorder that is inherited as a dominant, X-linked trait. How would the frequency of this disorder vary between m
hammer [34]

The question is incomplete. Complete question is as followed :

Imagine a human disorder that is inherited as a dominant, X-linked trait. How would the frequency of this disorder vary between males and females?

A. Males would display this disorder with greater frequency than females.

B. Males and females would display this disorder with equal frequency.

C. Females would display this disorder with greater frequency than males.

Answer:

C. Females would display this disorder with greater frequency than males.

Explanation:

Most of the X-linked disorders are recessive. but if it is dominant, a dominant gene is carried on the X chromosome. So it will effect all the females being the dominant and doesnot effect males more than females.

Hence option C. Females would display this disorder with greater frequency than males is the right answer.

8 0
4 years ago
Que semejanzas y diferencias tiene el microscopio y el de Robert hooke
Sphinxa [80]

Answer:

- Microscopio de Robert Hooke: Aumento de 30X; monocular; con soporte rudimentario; enfoque de objetos transparentes y opacos

- Microscopio óptico actual: más sofisticado, binocular; compuesto por tres sistemas: sistema mecánico, sistema óptico (hasta 1.500 aumentos 1500 X), y sistema de iluminación.

Explanation:

El microscopio óptico fue el primer microscopio y marcó una nueva era en la biología y la medicina, siendo fundamental para la observación de estructuras celulares y subcelulares, lo cual permitió el desarrollo de diversas teorías tales como, por ejemplo, la teoría celular. La característica más importante compartida por los microscopios ópticos es el uso de la luz visible para visualizar las muestras. Los microscopios ópticos rudimentarios fueron popularizados en el siglo XVII, a partir del uso de Galileo Galilei. Posteriormente, en 1665, el científico inglés Robert Hooke usó su microscopio mejorado para observar muestras biológicas. El microscopio de Hooke era monocular y aumentaba la imagen 30 veces (30X), tenía un mejor soporte que los microscopios anteriores más rudimentarios, y podía enfocar tanto objetos transparentes como opacos. Actualmente, los microscopios ópticos están compuestos por tres sistemas: 1-sistema mecánico compuesto por piezas (es decir, una base, platina y brazo) donde están insertadas las lentes, un 2-sistema óptico compuesto por diferentes lentes conocidas como lentes oculares (microscopios binoculares) y lentes objetivos, las cuales permiten el aumento de las imágenes hasta 1.500 (1500X, con uso de aceite de inmersión), y 3-un sistema de iluminación para reflejar, transmitir y regular la intensidad de la luz.

5 0
3 years ago
The elements or compounds that go into a chemical reaction
Kruka [31]
<span>The elements or compounds that go into a chemical reaction are </span>reactants 
8 0
3 years ago
The motor transforms _______ energy into _______ energy.
AveGali [126]

Answer:

Option D. electrical; mechanical.

Explanation:

The motor transforms electrical energy into mechanical energy. It also works on the principle of electromagnetic induction. Motor is a device which is used for pumping water from the underground by using of electricity. In motor, there is a structure which is capable of converting electric energy into mechanical energy.

3 0
4 years ago
Read 2 more answers
What would happen if the level of thyroxine in the blood stream could not be detected by the hypothalamus?
Morgarella [4.7K]

The person might probably die.

The principal function of thyroxine is to stimulate the consumption of  oxygen and thus the metabolism of all cells and tissues.

Thyroxine is termed T4. It travels through the blood to the target cells and becomes converted to triiodothyronine  or T3.

T3 is the active form of thyroxine. T3 enters the target cell's nucleus binding to genes responsible  or involved  in the metabolism of sugar in the body. T3 stimulates these genes and in so doing metabolism (conversion of oxygen and calories to energy) is carried out by the cell, which also results in generation of body heat.

4 0
3 years ago
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