Sound travels faster in a medium at a higher temperature. Therefore, sound will travel faster at 88 degrees Celsius compared to 58 degrees Celsius.
Yes,1988.
The recommended internal temperature for baking a delicious apple pie is 190F (88C).
88c
For a prolonged period of time, yes. These usually reach a critical point at almost 100C (which you're not too close to), but anything above ~70C on load is too high.
For a prolonged period of time, yes. These usually reach a critical point at almost 100C (which you're not too close to), but anything above ~70C on load is too high.
88C was made from 1947-1956. The 88DL was made 1953-1956. Rifles made prior to the 1968 Gun Control Act were not required to have serial numbers, and we may not be able to track a specific year of manufacture, and the range of dates.
use the equation q=mc∆t, where q is the calories required, m is mass, c is specific heat capacity and ∆t is the change in temperature. Therefore... q=(40g)(0.06 cal/g◦c)(88c - 20c) q=163.2 calories
Section 80D - Medical Insurance for Self & DependentsSection 80DD - Medical Treatment of a Physically Disabled DependentSection 80DDB - Medical Treatment of Self/Dependents for Certain Diseases:Section 80E - Education Loan:Section 80G - Donations to Charitable Institutions:Section 80GG - Relief for House Rent:Section 80GGC - Donations Made to Political Parties:Section 80U - Exemption for Disabled Individuals:Section 80CCG - Rajiv Gandhi Equity Savings Scheme – RGESS
This falls under the use of the combined gas law equation.You will use V1/T1 = V2/T2 We know the following:V1 = 9.6 LT2 = 361.15 K (Make sure to convert temps to Kelvin)V2 = 3.4 LSo we now have:9.6/361.15 = 3.4/T2Cross multiply to get:1227.91 = 9.6 x T2Then divide both sides by 9.6 to get approximately 127.91 KAnd there you are. Very easy. Hope this helps many.
To calculate the calories required to heat 863 g of water from 19°C to 88°C, you can use the formula: [ \text{Calories} = \text{mass (g)} \times \text{specific heat (cal/g°C)} \times \text{temperature change (°C)} ] The specific heat of water is approximately 1 cal/g°C. The temperature change is (88°C - 19°C = 69°C). Thus, the calculation is: [ 863 , \text{g} \times 1 , \text{cal/g°C} \times 69 , \text{°C} = 59,607 , \text{calories} ] Therefore, 59,607 calories are required to heat the water.
The normal water temperature range for a healthy engine, Chevy small block or otherwise is pretty much totally dependant on the thermostat fitted on the top of the engine. This assumes the cooling system is clean, unblocked and of course filled with water (or coolant). Thermostats come in 88C, 90C or 92C - possibly other temperatures as well. It is possible to run engines with water temperatures slightly above 100C, noting cooling systems are pressurised. This is not ideal, as any leak or depressurisation will cause the whole cooling system to boil in an instant - eliminating any cooling effect instantly. Most 283's came with a 180 thermostat. A 195 would work fine if the radiator and hoses are in good condition.
The Formula Gran Turismo is the best car in Gran Turismo 4. It is the only Formula 1 car in the game, and it can be won by winning the 24 hour of Nurimberg* (spelling is probably wrong)(yes it is) endurance race. *Nurburgring nordshlief