what is the effect of cement mortar cured in sea water and what is the effect of metacaolin mortar curing in sea water?
Required 1000 words
what is the effect of cement mortar cured in sea water and what is the effect...
1. What is the difference between mortar and cement? 2. Define the curing process. 3. Define the hydration process. 4. What is the rule of aggregates?
Calcium hydroxide (slaked lime) is a major component of mortar, plaster, and cement, and solutions of Ca(OH)2 are used in industry as a strong, inexpensive base. Calculate the molar solubility of Ca(OH)2 in water given that the Ksp is 4.1×10–6. Multiply the answer you get by 1000 and enter that number to 1 decimal place.
An experiment to compare the tension bond strength of polymer latex modified mortar (Portland cement mortar to which polymer latex emulsions have been added during mixing) to that of unmodified mortar resulted in x = 18.12 kgf/cm2 for the modified mortar (m = 40) and y = 16.87 kgf/cm2 for the unmodified mortar (n = 32). Let ?1 and ?2 be the true average tension bond strengths for the modified and unmodified mortars, respectively. Assume that the bond strength distributions...
An experiment to compare the tension bond strength of polymer
latex modified mortar (Portland cement mortar to which polymer
latex emulsions have been added during mixing) to that of
unmodified mortar resulted in x = 18.13 kgf/cm2 for the modified
mortar (m = 42) and y = 16.83 kgf/cm2 for the unmodified mortar (n
= 32). Let μ1 and μ2 be the true average tension bond strengths for
the modified and unmodified mortars, respectively. Assume that the
bond strength distributions...
In the laboratory, a paste specimen was prepared using 45 g of water and 100 g of cement then sealed to prevent the loss of water. The paste specimen was cured for 28 days in the constant room temperature. After the 28 days of curing period, a sample from the paste specimen was obtained by breaking off the specimen and the sample was dried in the oven at 105°C for 24 hours. After this oven drying, the sample was then...
An experiment to compare the tension bond strength of polymer latex modified mortar (Portland cement mortar to which polymer latex emulsions have been added during mixing) to that of unmodified mortar resulted in x = 18.18 kgf/cm2 for the modified mortar (m = 42) and y = 16.88 kgf/cm2 for the unmodified mortar (n = 30). Let uz and uz be the true average tension bond strengths for the modified and unmodified mortars, respectively. Assume that the bond strength distributions...
An experiment to compare the tension bond strength of polymer latex modified mortar (Portland cement mortar to which polymer latex emulsions have been added during mixing) to that of unmodified mortar resulted in x = 18.11 kgf/cm2 for the modified mortar (m = 42) and y = 16.84 kgf/cm2 for the unmodified mortar (n = 30). Let uy and My be the true average tension bond strengths for the modified and unmodified mortars, respectively. Assume that the bond strength distributions...
3) For a source at 100 kHz in sea water at what range is loss due to absorption greater than the transmission loss due to spherical spreading? 4) For a source at 1000 Hz in sea water is transmission loss due to absorption in sea water greater than the transmission loss due to cylindrical spreading over the first 100 km in100m water depth?
answer all Q with clear writing pls
8) Putting the right amounts of cement, aggregate and sand together is pretty important, what is an accepted ratios of those by weight? Cement _ _ Sand Aggregate 9) What is the general range for acceptable ratio of Water to Cement? percent. (give the range and what is an absolute minimum?) hint this was on one of the good readable slides in the crappy PDF. 10) When the water to concrete ( W/C)...
If you have 100cc (cubic centimeters) of cement mixed with 150ml of water, what is the water-to-cement ratio? SG(cement) = 3.15 Round answer to the nearest 0.1