Answer:
This question is incomplete as the term to match with the level of organisation is not included, the terms are;
circulatory system
cardiac muscle
heart
human body
The ANSWER is:
Organ = heart
Organ system = circulatory system
Tissue: cardiac muscle
Explanation:
The level of organization of multicellular organisms is made up of cell, tissue, organ, organ system and eventually organism.
- The tissue is composed of several cell, which are basic units of any living organism. Cells that perform similar function come together to form the tissue. Example is the CARDIAC MUSCLE in this question, which is a muscular tissue made up of cells called myocardiocytes.
- Organs are structures formed as a result of collection of tissues with similar function. For example, the HEART is a circulatory organ made up of cardiac tissues, connective tissues etc.
- Organ systems is made up of organs that perform the same function in a living organism. In the case of the CIRCULATORY SYSTEM, it is made up of organs such as heart, blood vessels, lungs etc.
The right and left ventricles are responsible for pumping blood while the right and left atria are responsible for receiving blood. These are the four main chambers of the heart that are responsible for transporting oxygenated blood within the body.
There is a 48% chance it will come back positive when the patient doesn't have the disease. This is because 52+48=100 that is the 100% total because it is correct 52% of the time it is incorrect 48% of the time
Answer:
The (light) compensation point is the light intensity on the light curve where the rate of photosynthesis exactly matches the rate of cellular respiration. ... Therefore, the partial pressure of CO2 at the compensation point, also known as gamma, is a function of irradiation.
Answer: A. true
Explanation:
Comparative genomic analysis and field is equipped to reveal the evolution and environmental adaptation strategies of organism and diseases.
Like the name implies comparative genomics is a field of biological research which engages comparisons using genomic features of different organisms relatively.