55 degrees.
hardness is defined as a resistance to plastic deformation or penatration.Hardness is defined as the ease with which hardness may be attained by quenching . It is also defined as the ability to develop maximum hardness by quenching.It is the process to have a hardened layer of marten site after quenching and also to have high hardness at same given depth. The material which having low critical cooling rate have high hardenability.The factors which reduce critical cooling rate increase the hardenability.alloy steels have low critical temperature. In plain carbon steels are contain not more than .5% of silicon and 1.5% of manganese.These steels are strong,tough,ductile and used in expensive materials.Increase in hardness and strength in plain carbon steel is depend upon the presence of carbon content.
Through hardening Process & Polymer quench 20% - As quench Required hardness - 35 - 40 hrc.
Ice can become very hard, reaching a maximum hardness level due to factors such as temperature, pressure, and the presence of impurities. These factors affect the arrangement of water molecules in the ice structure, leading to variations in hardness.
There is no maximum required clearance
there is no maximum temperature only a minimum.
In the UK, there is no specific legal maximum temperature at which you can refuse to work. However, employers are required to provide a reasonable working environment, which includes maintaining a comfortable temperature. If you believe the temperature is making it unsafe or unbearable to work, it is advised to discuss the issue with your employer or union representative.
The optimum temperature for bacterial growth is close to the maximum temperature because it provides the ideal conditions for enzymatic activity and metabolic processes. At this temperature, bacteria can efficiently replicate and utilize nutrients, maximizing their growth rate. However, if the temperature exceeds the maximum threshold, proteins may denature, and cellular functions can be disrupted, leading to a decline in growth and viability. Thus, the optimum temperature is a balance that supports robust growth without compromising cellular integrity.
The maximum temperature is attained when the reaction is completed.
The forecasted maximum temperature for tomorrow is 85 degrees Fahrenheit.
The maximum temperature that can be reached in this experiment is 100 degrees Celsius.
The average temperature annually at Savanna is 19.1 Degree centigrade.Avg. Maximum Temperature: 24.70C. Avg. Maximum Temperature: 13.3 0C
Not necessarily. The minimum and maximum temperature can vary and may not always be equidistant from the current temperature. The difference between the current temperature and the minimum or maximum temperature depends on various factors such as weather conditions and time of day.