Answer:
<em>Heat</em> is <u><em>a form of energy which gives the sensation of warmth.</em></u>
Explanation:
The <em>SI unit</em> of <em>heat</em> is <u><em>Joule.</em></u>
Hope its helpful :-)
If so, please mark me as brainlist :-)
Eating salt<span> raises the amount of </span>sodium<span> in </span>your<span> bloodstream and wrecks the delicate balance, reducing the ability of </span>your<span> kidneys to remove the </span>water<span>. The result is a </span>higher blood pressure due to the extra fluid and extra strain on the delicate blood<span> vessels leading to the kidneys.</span>
The concentration of the solute in the solution affects osmosis especially in the value of the osmotic pressure since they are directly related. An increase in concentration will also result to an increase in the osmotic pressure and vice versa. It is <span>the minimum </span>pressure<span> which needs to be applied to a solution to prevent the inward flow of water across a semipermeable membrane.</span>
Plant essential oils (EOs) and their compounds have proven in vitro efficacy as antimicrobial, antioxidant, immunodulating and anti-inflammatory agents. These substances deserve an important place as feed additives that are generally considered as safe. The available in vivo data show that EOs could find use as natural growth promoters in animal diets. However, the available evidence on the possible positive effects of these substances on nutrient digestibility and the function of the gut is rather limited. Also, the benefits of EOs’ applications in animal’s diets depend on diverse parameters. These parameters can be, on the one hand, the unstable composition and the different levels of addition in the diet, and on the other hand, variable animal genetic factors. A better understanding of the gastrointestinal tract microflora composition and activity is needed in order to maximize the use of EOs and to manufacture effective products. Essential oils could find application in cases where approved drugs or chemical substances are unwanted, for example, biological farming. Hope this helps! Mark brainly please!
Vascular plants have a vascular system while nonvascular plants have NO vascular system.
Explanation:
The vascular system is made of phloem – that transports food- and xylem- that transports water and minerals- in the higher plants. Examples of these higher plants are like trees and shrubs. These plants can take up water and nutrients from the soil and transport them up the plants to the leaves.
Lower plants have no vascular system (avascular). They mainly absorb food and water readily from their environment even through their leaves. This is why these plants are mainly found in humid areas like waterways, like canals. Examples of such lower plats are ferns and mosses.
