Answer:
1. polarity
2. hydrogen bonding
3. High heat capacity
4. Adhesion
5. polarity
6. surface tension
7. high heat vaporization
8. hydrogen bonds form a rigid and stable network
9. Water is a polar substance and fat is a nonpolar substance.
10. Cohesion
Explanation:
Water is a polar molecule that is held together by hydrogen bonds to form strong cohesive forces. This accounts for the surface tension in water. Surface tension is the force acting on water that it makes to behave like a stretched elastic skin.
The polarity of water accounts for the fact that it is found in several parts of the body where it largely plays the role of a polar solvent.
High heat capacity of water enables it to function well in the area of thermoregulation in the body. High heat vaporization accounts for the fact that water helps maintain extreme temperature changes in an area.
When in solid state, the hydrogen bonded network in water becomes rigid and forms a very stable network of water molecules. Being polar, water does not interact with fat because like dissolves like.
In plants, the attachment of water to plant roots is known as adhesion and is necessary for the capillary movement of nutrients to plants via the root.
The best way to destroy harmful germs that may be present in meat is to: cook to a safe minimum internal temperature.
Further Explanation
Meat is considered a potentially hazardous food meaning it is susceptible to microorganism including harmful bacteria. What makes this food susceptible is that the nature, characteristic and composition of this food is ideal for the bacteria to live and grow. Raw meat contains high-moisture, protein, and a good pH which support growth or toxin formation of pathogenic bacteria. Therefore to keep it safe for consumption food safety organizations require time-temperature control in handling these type of food.
Time-Temperature Control (TCS) is required for the safety of consumers because keeping the food at the proper temperature can slow down or destroy the bacteria.
Freezing
Freezing cannot destroy pathogenic bacteria and the toxins they produce. It can only make pathogenic bacteria inactive thus making the bacteria unable to produce toxins. Therefore, when food placed into the freezer is already contaminated then thawed, it will harbor the same harmful bacteria. Most bacteria are inactive at temperatures below 40 °F.
Cooking
When cooking raw meat and poultry, food handlers must ensure that the meat’s internal temperature has reached the safe minimum temperature and rest time. A food thermometer must be used to check the temperature. When roasting, the oven temperature must not be lower than 325 °F. Cooking to a safe minimum cooking temperature destroys harmful bacteria that cause food borne illness.
<h3>Safe Minimum internal Temperature and Rest Time for Meat
</h3>
- Poultry (All poultry, minced, whole, chopped and stuffing) - 165ºF
- Beef, Pork, Veal, and Lamb (chops, roasts, steaks) - 145ºF with a 3 minute rest time
Learn more
- Potentially Hazardous Food brainly.com/question/9253766
- Toxins from harmful germs brainly.com/question/3191248#r
- Cross contamination brainly.com/question/1727840
Keywords: Cooking, Germs, minimum internal temperature
Answer:
true
Explanation:
this helps them prove there tests out
1) As blood groups A and B are equally dominant so the individual will express both characteristics in the phenotype.
Notice how in all the 3 other examples the organism is only expensive 1 version (allele) of each gene. For example the mouse with brown fur may have 2 brown fur alleles (and so would have to express this characteristic even if it was recessive) but it could have 1 allele which is less dominant than the brown, in which case brown would be expressed. In this case the alleles were not co-dominant.
Answer:
It is true!
Explanation:
Ridges and hills that separate two watersheds are called the drainage divide. The watershed consists of surface water--lakes, streams, reservoirs, and wetlands--and all the underlying groundwater. Larger watersheds contain many smaller watersheds.
