Not
Heat
In a normal hydrogen oxygen fuel cell, the waste products are water, and heat
The destruction of red blood cells results in the waste product called bilirubin. Bilirubin is a yellow compound that is produced when hemoglobin from old red blood cells is broken down in the liver.
Carbon dioxide (CO2) is produced as a waste product of the metabolism of glucose by cells during cellular respiration. This process occurs in the mitochondria and is essential for generating energy in the form of ATP.
Although the living body is overall considered organic, there are many inorganic (in the chemistry definition of the word) within the body that are vital for normal function. Several of these can be found in normal urine, including bicarbonate ions and potassium ions. One of the major inorganic ions found in the urine is ammonium (NH4+) - this is a waste product of protein metabolism and excretion of this is a primary function of the urinary tract.
By the respiratory system and waste is carbon dioxide. water also is breathed out, but this isn't fully a waste product
water vapour
No or yes the answer is No
It is a house
the normal waste products found are glucose and mineral salts, some water, and wastes
The waste product is carbon dioxide and the lungs are responsible for this transfer
Waste products of the skin include sweat, sebum, and dead skin cells. Sweat helps regulate body temperature and removes waste products from the body, while sebum helps moisturize and protect the skin. Dead skin cells are shed regularly as part of the skin's natural renewal process.
Heat
Ammonia and CO2 are both toxic products of metabolism from within cells
Carbon dioxide is the waste product that is picked up from cells by blood. It is transported to the lungs where it is expelled from the body during exhalation.
In a normal hydrogen oxygen fuel cell, the waste products are water, and heat
Carbon dioxide is a waste material that is removed from the human body by the respiratory system. Oxygen is taken in by the body for use in various cellular processes, while sodium chloride is not directly involved in the respiratory system's waste removal function.