33,000 pounds of thrust.
1 pound of thrust is the force required to hold 1 pound of a material stationary in the air against the effect of gravity. This is only in ideal case(no effects of atmosphere) and excluding the weight of the engine which generates that thrust.
one pound
A pound IS a unit of weight so a pound of nickels weighs .... one pound.
a pound...as much as a pound of feathers. A pound is a pound, after all.
A pound IS a unit of weight, so one pound of quarters weighs ...... one pound.
1 pound of thrust is the force required to hold 1 pound of a material stationary in the air against the effect of gravity. This is only in ideal case(no effects of atmosphere) and excluding the weight of the engine which generates that thrust.
33000 square feet = 0.757575758 acres
That is 33000*1.0330, which is 80099.66151.
15% of 33,000= 15% * 33000= 0.15 * 33000= 4,950
33000
$15.87
15.8
Millions. 750 kg is roughly 1653lbs Times 20 ounces per pound (Troy ounces) 33000 Troy ounces assuming 14 kg and 1700/ Troy ounce =33000*14/24*1700=$31,460,000 Now I know you don't have a 1600 pound necklace no one could wear something that heavy anyway have a nice day
13 percent of 33000 = .13 x 33000 = 4290
Earlier jet engines like the the Pratt & Whitney JT8D used on the B727, B737, DC-9, etc. produced thrust in the 12,000 to 18,000 pound range. (A pound of thrust is equal to a force needed to accelerate 1 pound 32 feet per second per second.) Newer jet engines like the Rolls Royce and GE engines used on the B787, A380, etc., are capable of producing thrust in the the 65,000 to 80,000 pound plus range.
It is: 0.005*33000 = 165
33000