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The total dry mass of an organism equals biomass. How biomass is measured depends on why it is being measured. It can be measured as the natural mass or as it is. It can also be measured in terms of dry, organic mass. And sometimes just tissues count or just bones.

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What is the measure of the total dry mass of an organism?

biomass


What is meant by dry mass?

dry mass means the mass of an object/organism once it has been dried and the water has been removed.


Why is growth an increase in dry mass?

Growth is an increase in dry mass because it reflects the accumulation of new cells and tissues in an organism. Dry mass excludes water content, providing a more accurate measurement of the actual increase in biological material. By focusing on dry mass, we can better understand the true growth and development of an organism.


What is the Measure of the total dry mass of organism in a given area?

The measure of the total dry mass of organisms in a given area is known as biomass. Biomass represents the total amount of living or once-living material in an ecosystem and is typically measured in grams per unit area (e.g., grams per square meter). This measurement provides insight into the overall productivity and energy flow within an ecosystem.


What are the difficulties in measuring growth in a living organism?

Growth in organisms is basically defined as cell division before cells become specialised. Different parts of organisms grow at different rates and different times but growth can be measured as an increase in either wet mass, dry mass or height. Height and wet mass can be measured when an organism is alive, but dry mass can only be measured when an organism is dead, because then all the water can be removed. Despite this, dry mass is the best for giving a measure of growth. Dry mass is often used because it eliminates the fluctuations that you get from using wet mass due to its water content. This is evident in weighing plants, since they have a high level composition of water and this water content depends on the amount of water in its environment so using dry weight tends to be more reliable in this case as it gives an idea of mass change.


What is the measure of total dry mass of organisms in a given area?

Narnian Waffles


How many kilograms of dry chemical must be added to 90l of water to produce a o2 percent chemical solution?

To solve this problem, we first need to determine the total mass of the solution, which includes the water and the dry chemical. Since the density of water is 1 kg/l, 90 liters of water would weigh 90 kg. If the final solution is 2% dry chemical, then the dry chemical would weigh 2% of the total mass of the solution. Therefore, 2% of the total mass equals the mass of the dry chemical needed. So, the mass of the dry chemical required would be 0.02 * (90 kg + X kg), where X represents the mass of the dry chemical in kilograms.


Why does the dry mass change?

Dry mass changes due to variations in the amount of organic matter, water content, and nutrient availability in an organism or ecosystem. As plants and animals grow, they accumulate biomass, which can lead to an increase in dry mass. Conversely, factors like drought, nutrient depletion, or decay can reduce dry mass by causing loss of water or organic material. These changes are essential indicators of health and productivity in ecological studies.


How do you measure a dry weight organism?

Generally, you measure dry weight on a scale.


Wet or dry organism lose heat quickly?

If organisms are wet they may tend to lose heat more quickly. The dry organism is more likely to such up the heat and maintain the heat within the organism.


What is total mass?

The mass of an object can be expressed in mass per unit or in total mass. Total mass represent the full amount.


What do you call a permanent increase in body size and dry mass of an organism from an increase in cell numbers?

The term for a permanent increase in body size and dry mass of an organism resulting from an increase in cell numbers is "hyperplasia." Hyperplasia refers to the growth of tissues or organs due to an increase in the number of cells, rather than an increase in cell size. This process is essential for the development and growth of organisms, allowing them to increase in size and complexity over time.