Yes, a man can lift one sack of rice in outer space because there is no gravity to counteract the movement. However, he will need to be careful about controlling the sack's movement since it will float freely in the weightless environment.
The force of friction acting on the sack of rice is the product of the coefficient of friction and the normal force, which in this case is the weight of the sack (110 pounds). Therefore, the force of friction is 0.25 * 110 = 27.5 pounds. The horizontal force required to overcome this friction and drag the sack of rice is equal to the force of friction, so a force of 27.5 pounds (P = 27.5 pounds) is required.
All depends what sack you mean - 'we always buy a sack of potatoes' or 'a couple of employees got the sack at the end of the week' or 'go to bed, lets hit the sack'
an egg sack is lick balls
Fraternal twins always have two. About 1% of identical twins share an amniotic sack. 99% will each have their own sack.
Put in ball sack noodle. ball sack noode disolve everything
Yes, sack of rice is a count noun:The singular is a sack of rice.The plural is sacks of rice.
please restate your question...
That would depend on the size of the sack and the material it is made ot of and how damp that material was. Also if the sack is empty it can not be "of rice" it is just and empty sack!
50 Kilos.
sack and feild
These are goods which have the quality of substitutability. In law they are sometimes described as fungible. Basically if you want a pound of rice from a sack of rice, it doesn't matter which grains from the sack you get, because all of the grains in the sack are interchangeable.
1.270,696
100 grams
alot
no of course not
sack and feild
The force of friction acting on the sack of rice is the product of the coefficient of friction and the normal force, which in this case is the weight of the sack (110 pounds). Therefore, the force of friction is 0.25 * 110 = 27.5 pounds. The horizontal force required to overcome this friction and drag the sack of rice is equal to the force of friction, so a force of 27.5 pounds (P = 27.5 pounds) is required.