Approximately twenty-five elements _____.

An advantage of electron microscopes compared to light microscopes is that electron microscopes have higher resolution that allows you to view smaller specimens

The best microscope to view living single-celled organisms in a sample of pond water is called the Compound light microscope

For better understanding, we have to understand what electron microscope and compound light microscope is.

• The Compound Light Microscope is one of the most commonly used microscope. It is said to have a Magnifying intensity that ranges from from 40x up to 1,000x. It is often used to observe specimens that can either be dead or alive. It allows the use of dye on the slide to view tissue samples, blood, microorganisms in pond water, microscopic cells and others. It often allow light to pass through the said specimen and includes the use of two lenses to form an image.

• Electron Microscope is simply known as a type of microscope that involves the use of a beam of electrons instead of the use of light to enlarge objects. It can enlarge up to 500,000 times it's actual size. It has much higher resolving power that is higher clarity than light microscopes due to the fact that it uses electrons instead of light.

From the above, we can say that An advantage of electron microscopes compared to light microscopes is that electron microscopes have higher resolution that allows you to view smaller specimens and

The best microscope to view living single-celled organisms in a sample of pond water is called the Compound light microscope answers are true

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C. have higher resolution that allows you to view smaller specimens

C. Compound light microscope

I just took this test these are both right.

1. Creatine is scientifically proven and tested to improve the performance of athletes during intense workouts and activities. It further allows one to work harder and better with decreased regeneration time of the ATP.

2. Creatine products are very inexpensive

A.) High temperatures cause proteins to denature.

Final answer:

The sequence of amino acids, or the primary structure, in a protein determines its shape and function. Changing one amino acid in hemoglobin results in sickle-cell anemia, showing that small alterations in the primary structure can have significant impacts on protein function.

Explanation:

The primary structure of a protein is important in determining its function. It refers to the sequence of amino acids that make up the protein chain. The option that illustrates this relationship is b. Changing one amino acid in the protein hemoglobin causes sickle-cell anemia.

This statement is valid because the amino acid sequence (primary structure) determines the shape the protein takes. In the case of hemoglobin, a single amino acid substitution causes a significant enough alteration in shape to result in the harmful condition of sickle-cell anemia, thus clearly showing the link between primary structure and protein function.

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When cells in a body are not working properly and normally, they cause disruption in the body homeostasis.

Homeostatis is characterized as balance in the body but when there is any disturbance in the body, it breaks down the balance and cause imbalance. For example in the case of diabetes in which body fails to maintain the good amount of glucose in blood which results in imbalance the body which is why diabetic patients are asked to maintain and monitor their body sugar level to maintain homeostatis.

When the cells in your body do not work correctly, homeostatic balance is disrupted. Diabetes is a good example of this.

Answer:

d i s a s t e r

Explanation: