Architecture

# How Do You Solve This Inequality: 3B – 7 ≪ 32, Solve This Inequality: 3B

A block has a volume of 0.07 m3 and a density of 3,500 kg/m3. What”s the force of gravity acting on the block (and weight) in the air? A. 2,401 N B. 2,058 N C. 686 N D. 1,715 N

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nadechworld.com: A block has a volume of 0.07 m3 and a density of 3500 kg/m3. The force of gravity acting on the block in air is 2401 N. < density = mass / volume , mass= 3500*0.07 =245 kg , force = mass *acc , force = 245 *9.8 = 2401 N > (More)
A block has a volume of 0.07 m3 and a density of 3,500 kg/m3. What”s the force of gravity acting on the block (and weight) in the air? A. 2,401 N B. 2,058 N C. 686 N D. 1,715 N
nadechworld.com: A block has a volume of 0.07 m3 and a density of 3500 kg/m3. The force of gravity acting on the block in air is 2401 N. < density = mass / volume , mass= 3500*0.07 =245 kg , force = mass *acc , force = 245 *9.8 = 2401 N > (More)
What”s the length of an aluminum rod at 65°C if its length at 15°C is 1.2 meters? A. 0.00180 meter B. 1.214855 meters C. 0.001386 meter D. 1.201386 meters
The length of an aluminum rod at 65°C if its length at 15°C is 1.2 meters is 1.201386 meters . Change in length = change in temp* length *coefficient of linear expansion of aluminium , coefficient of linear expansion of aluminium = 23 *10^6 degree C^-1 , change in length = 23 *10^6 * 1.2 * ( 65-15) , change in length = 1.2 * 23 *10^(6) * 50 = 0.00138 , Total length = 1.2 + 0.00138 = 1.20138 meter ,
A quantity of a gas has an absolute pressure of 400 kPa and an absolute temperature of 110 degrees kelvin. When the temperature of the gas is raised to 235 degrees kelvin, what”s the new pressure of the gas? (Assume that there”s no change in volume.) A. 1.702 kPa B. 3.636 kPa C. 510 kPa D. 854.46 kPa

A quantity of a gas has an absolute pressure of 400 kPa and an absolute temperature of 110 degrees kelvin. When the temperature of the gas is raised to 235 degrees kelvin, the new pressure of the gas is 854.46 kPa.400 kPa/ 110 degrees kelvin = 3.6363.636 * 235 degrees kelvin = 854.46 kPa (answer)

nadechworld.com: Earthquakes can only occur at a fault if the fault experiences compression force in convergent plate boundaries …

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