What is the equation to calculate the downward force of something?
Q. The tension force is 9800 Newtons. The object is 1000kg. The rate is 2m/s^2. I know this is cheating and all, but if you think it is cheating, then just give me the equation for downward force.
Asked by sop8hia - Mon Apr 28 00:36:55 2008 - - 2 Answers - 0 Comments
A. Fg=mg (mass x 9.81) mass x acc is Fnet
Answered by Buu U - Mon Apr 28 01:38:36 2008
Q. The tension force is 9800 Newtons. The object is 1000kg. The rate is 2m/s^2. I know this is cheating and all, but if you think it is cheating, then just give me the equation for downward force.
Asked by sop8hia - Mon Apr 28 00:36:55 2008 - - 2 Answers - 0 Comments
A. Fg=mg (mass x 9.81) mass x acc is Fnet
Answered by Buu U - Mon Apr 28 01:38:36 2008
What is a good Yoga pose adjustment for Downward Dog if you have a shoulder injury?
Q. What is a good Yoga pose adjustment for Downward Dog if you have a shoulder injury? Actually I am a Yoga instructor and one of my students has a shoulder injury. I'm trying to think of different variations he can do.
Asked by pinksmoochies - Mon Jul 13 11:11:31 2009 - - 2 Answers - 0 Comments
A. hmm it is not the best posture for shoulder injuries. depending on the severity of the injury, you could use a belt from behind around the hips and pull back, thereby taking the weight off the shoulders?
Answered by yogi - Thu Jul 16 01:48:48 2009
Q. What is a good Yoga pose adjustment for Downward Dog if you have a shoulder injury? Actually I am a Yoga instructor and one of my students has a shoulder injury. I'm trying to think of different variations he can do.
Asked by pinksmoochies - Mon Jul 13 11:11:31 2009 - - 2 Answers - 0 Comments
A. hmm it is not the best posture for shoulder injuries. depending on the severity of the injury, you could use a belt from behind around the hips and pull back, thereby taking the weight off the shoulders?
Answered by yogi - Thu Jul 16 01:48:48 2009
How can i make my hair smoothly grow downward?
Q. I was planning on growing my hair out a few centimeters above my eyes, but it wont grow strait. It tends to curl as it goes out. It's also a bit on the "puffish" side. My sideburns also tend to move forward. Is there a special way men with long hair make it grow smoothly downward?
Asked by Alex - Wed Jul 9 02:45:05 2008 - - 3 Answers - 0 Comments
A. They use a straightener...serious.
Answered by [insomniac] - Wed Jul 9 02:50:03 2008
Q. I was planning on growing my hair out a few centimeters above my eyes, but it wont grow strait. It tends to curl as it goes out. It's also a bit on the "puffish" side. My sideburns also tend to move forward. Is there a special way men with long hair make it grow smoothly downward?
Asked by Alex - Wed Jul 9 02:45:05 2008 - - 3 Answers - 0 Comments
A. They use a straightener...serious.
Answered by [insomniac] - Wed Jul 9 02:50:03 2008
How does a downward curve affect my grade?
Q. My teacher said if I get 845 out of the 955 points in the class I'm guaranteed an A. She also said there might be the possibility of being curved downward (not upward). How would this affect me and others?
Asked by Nishi E - Wed Mar 10 21:50:28 2010 - - 1 Answers - 0 Comments
Q. My teacher said if I get 845 out of the 955 points in the class I'm guaranteed an A. She also said there might be the possibility of being curved downward (not upward). How would this affect me and others?
Asked by Nishi E - Wed Mar 10 21:50:28 2010 - - 1 Answers - 0 Comments
What is the downward deflection of the steel bar?
Q. A rigid steel bar 10 cm in diameter projects 80 cm outward from the wall. If the end of the bar is subjected to a shearing force of 900 N, find the downward deflection of the steel bar.
Asked by unknown - Wed Nov 11 11:07:59 2009 - - 1 Answers - 0 Comments
A. D = FL^3/3EI where F is the shear force in Newtons L is the length of the bar in meters E is the modulus of elasticity of steel in Pascals I is the moment of inertia = *R^4 (R in meters)
Answered by Steve - Fri Nov 13 22:30:49 2009
Q. A rigid steel bar 10 cm in diameter projects 80 cm outward from the wall. If the end of the bar is subjected to a shearing force of 900 N, find the downward deflection of the steel bar.
Asked by unknown - Wed Nov 11 11:07:59 2009 - - 1 Answers - 0 Comments
A. D = FL^3/3EI where F is the shear force in Newtons L is the length of the bar in meters E is the modulus of elasticity of steel in Pascals I is the moment of inertia = *R^4 (R in meters)
Answered by Steve - Fri Nov 13 22:30:49 2009
A projectile fired downward from a height of 112 ft reaches the ground in 2 sec. What is its initial velocity?
Q. Assume that the only force is the earth s gravity. A projectile fired downward from a height of 112 ft reaches the ground in 2 sec. What is its initial velocity?
Asked by Emily Love - Tue Nov 17 00:14:15 2009 - - 1 Answers - 0 Comments
A. Let u ft/s be its initial velocity. Edited ut+0.5at^2 = S u*2+0.5*(32.174)*(2)^2 = 112 2u+64.348 = 112 2u = 47.652 u = 23.826 Its initial velocity is 23.826 ft/s.
Answered by gabriel BB - Tue Nov 17 00:17:38 2009
Q. Assume that the only force is the earth s gravity. A projectile fired downward from a height of 112 ft reaches the ground in 2 sec. What is its initial velocity?
Asked by Emily Love - Tue Nov 17 00:14:15 2009 - - 1 Answers - 0 Comments
A. Let u ft/s be its initial velocity. Edited ut+0.5at^2 = S u*2+0.5*(32.174)*(2)^2 = 112 2u+64.348 = 112 2u = 47.652 u = 23.826 Its initial velocity is 23.826 ft/s.
Answered by gabriel BB - Tue Nov 17 00:17:38 2009
What is the force exerted on the small piston during each downward stroke?
Q. An automobile having a mass of 1750 kg is placed on a hydraulic lift in a garage. The piston lifting the car is 0.239 m in diameter. A mechanic attaches a pumping mechanism to a much smaller piston, 1.50 cm in diameter, which is connected by hydraulic lines to the lift. She pumps the handle up and down, slowly lifting the car. What is the force exerted on the small piston during each downward stroke?
Asked by kattypillar5 - Mon Apr 13 19:16:05 2009 - - 1 Answers - 0 Comments
A. (1750 + mass of the moving parts of the lift) * 9.8 (1.5 / 23.9)^2 Newtons
Answered by goober - Mon Apr 13 19:22:50 2009
Q. An automobile having a mass of 1750 kg is placed on a hydraulic lift in a garage. The piston lifting the car is 0.239 m in diameter. A mechanic attaches a pumping mechanism to a much smaller piston, 1.50 cm in diameter, which is connected by hydraulic lines to the lift. She pumps the handle up and down, slowly lifting the car. What is the force exerted on the small piston during each downward stroke?
Asked by kattypillar5 - Mon Apr 13 19:16:05 2009 - - 1 Answers - 0 Comments
A. (1750 + mass of the moving parts of the lift) * 9.8 (1.5 / 23.9)^2 Newtons
Answered by goober - Mon Apr 13 19:22:50 2009
You are travelling downward in an elevator and are slowing to a stop. How does the normal force on your feet c
Q. You are travelling downward in an elevator and are slowing to a stop. How does the normal force on your feet compare to your weight at this time? How do you know?
Asked by mike - Fri Aug 17 12:35:39 2007 - - 2 Answers - 0 Comments
A. you weigh more right now than you normally would. when you slow to a stop, your body is moving, and the floor is slowing you down. it is slowing you down faster than you are falling, and your momentum creates more force. as you slow down, your body keep moving due to inertia, and thus you produce more force, thus weighing more. hope this made sense
Answered by Fundamenta-list Militant Atheist - Fri Aug 17 12:39:41 2007
Q. You are travelling downward in an elevator and are slowing to a stop. How does the normal force on your feet compare to your weight at this time? How do you know?
Asked by mike - Fri Aug 17 12:35:39 2007 - - 2 Answers - 0 Comments
A. you weigh more right now than you normally would. when you slow to a stop, your body is moving, and the floor is slowing you down. it is slowing you down faster than you are falling, and your momentum creates more force. as you slow down, your body keep moving due to inertia, and thus you produce more force, thus weighing more. hope this made sense
Answered by Fundamenta-list Militant Atheist - Fri Aug 17 12:39:41 2007
What is the terminology for a coliseum that goes downward into the ground?
Q. i would like the name of a coliseum that goes downward instead of bulit up, i believe there is a term for it, does anyone know any examples? if so their names or even links. Thanks
Asked by wigins - Sat Apr 10 07:52:32 2010 - - 1 Answers - 0 Comments
A. Amphitheater?
Answered by Kes - Sat Apr 10 07:59:10 2010
Q. i would like the name of a coliseum that goes downward instead of bulit up, i believe there is a term for it, does anyone know any examples? if so their names or even links. Thanks
Asked by wigins - Sat Apr 10 07:52:32 2010 - - 1 Answers - 0 Comments
A. Amphitheater?
Answered by Kes - Sat Apr 10 07:59:10 2010
Is it possible to get 360 waves my hair by brushing the sides downward instead of at a slant?
Q. I Have pretty good waves in the top and in the back. But im curious about the sides. Ive been brushing them downward for about a week now and they are forming but slowly. Should I start brushing them at a slant or keep brushing them downward? Im black too just in case your wondering.
Asked by Armand E (BTNH Stan.) - Fri Nov 2 08:44:15 2007 - - 1 Answers - 0 Comments
A. I would go to hairboutique.com and click on the Talk link and ask that question. The dudes on there are pretty knowledgeable. Good luck guy.
Answered by Gommie B - Fri Nov 2 14:23:20 2007
Q. I Have pretty good waves in the top and in the back. But im curious about the sides. Ive been brushing them downward for about a week now and they are forming but slowly. Should I start brushing them at a slant or keep brushing them downward? Im black too just in case your wondering.
Asked by Armand E (BTNH Stan.) - Fri Nov 2 08:44:15 2007 - - 1 Answers - 0 Comments
A. I would go to hairboutique.com and click on the Talk link and ask that question. The dudes on there are pretty knowledgeable. Good luck guy.
Answered by Gommie B - Fri Nov 2 14:23:20 2007
What would cause a hydraulic lift on a loader to drift downward?
Q. It's a New Holland LS180 loader. The lift drifts downward while and after being raised. What could be wrong?
Asked by STS - Thu Nov 19 12:58:52 2009 - - 3 Answers - 0 Comments
A. One of the cylinders is bad or the lever/actuator is out of adjustment. If it is new the dealer is responsible for it.
Answered by unknown - Thu Nov 19 13:05:43 2009
Q. It's a New Holland LS180 loader. The lift drifts downward while and after being raised. What could be wrong?
Asked by STS - Thu Nov 19 12:58:52 2009 - - 3 Answers - 0 Comments
A. One of the cylinders is bad or the lever/actuator is out of adjustment. If it is new the dealer is responsible for it.
Answered by unknown - Thu Nov 19 13:05:43 2009
Why do fluvial systems generally have a coarsening downward trend of grain size?
Q. This is a question for those adept to geology. In a grain size log versus depth, fluvial systems are usually distinguished by a coarsening downward or fining upward trend of grain size. Conversely, shallow marine systems have a coarsening upward or fining downward trend instead. I would like to know why this is the case. I believe it has something to do with prograding and retrograding systems, but would like a clear-cut explanation if possible. Thanks in advance.
Asked by Some Guy - Sat Nov 8 00:39:44 2008 - - 3 Answers - 0 Comments
A. The coarsness of the sediments is always a function of the energy of the transporting medium, Deltaic systems typically consist of several upward coarsening sequences because the delta progrades out into the ocean, over-riding the finer distal sediments. A river dumps the coarsest fractions of its load as soon as it enters a standing body of water as the flow rate of the stream decreases, then the finer fractions are carried further out and deposited at the toe of the delta lobe. As the delta lobe advances, coarser fore-set beds and later even coarser topset beds will be deposited over the finest sediments, giving rise to an upward coarsening sequence. If the delta lobe is abandoned due to river channel avulsion, the old lobe will… [cont.]
Answered by SallyC - Sat Nov 8 08:55:22 2008
Q. This is a question for those adept to geology. In a grain size log versus depth, fluvial systems are usually distinguished by a coarsening downward or fining upward trend of grain size. Conversely, shallow marine systems have a coarsening upward or fining downward trend instead. I would like to know why this is the case. I believe it has something to do with prograding and retrograding systems, but would like a clear-cut explanation if possible. Thanks in advance.
Asked by Some Guy - Sat Nov 8 00:39:44 2008 - - 3 Answers - 0 Comments
A. The coarsness of the sediments is always a function of the energy of the transporting medium, Deltaic systems typically consist of several upward coarsening sequences because the delta progrades out into the ocean, over-riding the finer distal sediments. A river dumps the coarsest fractions of its load as soon as it enters a standing body of water as the flow rate of the stream decreases, then the finer fractions are carried further out and deposited at the toe of the delta lobe. As the delta lobe advances, coarser fore-set beds and later even coarser topset beds will be deposited over the finest sediments, giving rise to an upward coarsening sequence. If the delta lobe is abandoned due to river channel avulsion, the old lobe will… [cont.]
Answered by SallyC - Sat Nov 8 08:55:22 2008
We just bought a house and our ceiling fan blades slant downward. Is this normal?
Q. The regulation height is seven feet for a ceiling fan, and the fan is at seven feet, but the blades are at six and a half tops. My fiance hits his hands if he raises them. It looks like the actual metal on the fan is slanted downward, not the blades themselves. The blades are sloping down farther than any other fan i have seen. When standing ten feet away, you can easily see the entire top of the blades.
Asked by unknown - Mon Feb 4 21:39:35 2008 - - 10 Answers - 0 Comments
A. Some ceiling fans of flimsy blade design do 'droop' down from turning in a perfectly level plane with the ceiling and floor as they should do. All ceiling fans have a 'pitch' to them--that is, they have a certain amount of twist in them with respect to the flat planes of the ceiling and floor. It is this twist that, when the fan is turning the blades in one direction, the air is caught by the upper edge of the blade and either pushed downward toward the floor or upward to the ceiling-- depending on the direction of rotation of the circle of blades. Ceiling fans that are designed to be able to be switched to change the rotation of the blades are called "switchables". Many older fans will operate in one direction of rotation only. On… [cont.]
Answered by dbHARMesq. - Mon Feb 4 22:02:20 2008
Q. The regulation height is seven feet for a ceiling fan, and the fan is at seven feet, but the blades are at six and a half tops. My fiance hits his hands if he raises them. It looks like the actual metal on the fan is slanted downward, not the blades themselves. The blades are sloping down farther than any other fan i have seen. When standing ten feet away, you can easily see the entire top of the blades.
Asked by unknown - Mon Feb 4 21:39:35 2008 - - 10 Answers - 0 Comments
A. Some ceiling fans of flimsy blade design do 'droop' down from turning in a perfectly level plane with the ceiling and floor as they should do. All ceiling fans have a 'pitch' to them--that is, they have a certain amount of twist in them with respect to the flat planes of the ceiling and floor. It is this twist that, when the fan is turning the blades in one direction, the air is caught by the upper edge of the blade and either pushed downward toward the floor or upward to the ceiling-- depending on the direction of rotation of the circle of blades. Ceiling fans that are designed to be able to be switched to change the rotation of the blades are called "switchables". Many older fans will operate in one direction of rotation only. On… [cont.]
Answered by dbHARMesq. - Mon Feb 4 22:02:20 2008
What is the comparison of acceleration of a ball thrown upward to a ball thrown downward.?
Q. Physics. Is the acceleration of the upward ball the same or less than a downward thrown ball?
Asked by unknown - Sun Sep 6 11:45:45 2009 - - 4 Answers - 0 Comments
A. When the balls are in the air, whether it has been thrown upwards, or thrown downwards, the acceleration of both balls will be exactly the same, that is 9.81m/s downwards. The velocity of the two balls will always be different, but the acceleration will be identical.
Answered by Trevor H - Mon Sep 7 11:32:11 2009
Q. Physics. Is the acceleration of the upward ball the same or less than a downward thrown ball?
Asked by unknown - Sun Sep 6 11:45:45 2009 - - 4 Answers - 0 Comments
A. When the balls are in the air, whether it has been thrown upwards, or thrown downwards, the acceleration of both balls will be exactly the same, that is 9.81m/s downwards. The velocity of the two balls will always be different, but the acceleration will be identical.
Answered by Trevor H - Mon Sep 7 11:32:11 2009
How does this force vary for the case in which the barbell is accelerated upward? Downward?
Q. when an athlete holds the barbell overhead, the reaction force is the weight of the barbell on his hand. How does this force vary for the case in which the barbell is accelerated upward? Downward?
Asked by Zeze - Fri Oct 2 15:15:24 2009 - - 1 Answers - 0 Comments
A. When the barbell is accelerated upward, the force applied by the hand is greater than the weight of the barbell. And, when the barbell accelerates downward, the force applied by the hand is less than the weight of the barbell.
Answered by Paul in San Diego - Fri Oct 2 15:32:59 2009
Q. when an athlete holds the barbell overhead, the reaction force is the weight of the barbell on his hand. How does this force vary for the case in which the barbell is accelerated upward? Downward?
Asked by Zeze - Fri Oct 2 15:15:24 2009 - - 1 Answers - 0 Comments
A. When the barbell is accelerated upward, the force applied by the hand is greater than the weight of the barbell. And, when the barbell accelerates downward, the force applied by the hand is less than the weight of the barbell.
Answered by Paul in San Diego - Fri Oct 2 15:32:59 2009
Would a punch thrown downward be more powerful compared to a punch thrown upward?
Q. If you throw a punch downward at a guy who is shorter than you or maybe on the ground and he punches upward at you. Will your fist have more impact than the other guy as you are punching in the direction of gravity while the other guy is punching against gravity. Considering that both guys have the same build,strength,fist size and all other variables.
Asked by s s - Thu Jul 30 07:13:31 2009 - - 2 Answers - 0 Comments
A. Possibly, it depends, there is a limit to how fast your arm will be able to accelerate and at what velocity. You may be already able to reach the maximum speed and velocity punching upwards so the momentum would be the same. THe only way it would have a larger impact was if the final velocity is greater...which is to say it depends on whether human anatomy will allow for an additional acceleration of 9.8ms^-1
Answered by YagsiKcin - Thu Jul 30 07:25:26 2009
Q. If you throw a punch downward at a guy who is shorter than you or maybe on the ground and he punches upward at you. Will your fist have more impact than the other guy as you are punching in the direction of gravity while the other guy is punching against gravity. Considering that both guys have the same build,strength,fist size and all other variables.
Asked by s s - Thu Jul 30 07:13:31 2009 - - 2 Answers - 0 Comments
A. Possibly, it depends, there is a limit to how fast your arm will be able to accelerate and at what velocity. You may be already able to reach the maximum speed and velocity punching upwards so the momentum would be the same. THe only way it would have a larger impact was if the final velocity is greater...which is to say it depends on whether human anatomy will allow for an additional acceleration of 9.8ms^-1
Answered by YagsiKcin - Thu Jul 30 07:25:26 2009
Why does my nail on my left hand curve downward?
Q. The nails on my right hand are fine. The ones on my left hand are fine EXCEPT for the middle finger. It's like lopsided. The right part of the nail curves downward. Has anybody experienced this? What causes it to do this? I always have to trim it because it looks ugly.
Asked by ~ - Thu Nov 29 04:15:57 2007 - - 2 Answers - 0 Comments
A. Nails will do anything they want to do. It it perfectly normal that you have one oddly shaped nail. : )
Answered by princessgrace977 - Thu Nov 29 10:25:14 2007
Q. The nails on my right hand are fine. The ones on my left hand are fine EXCEPT for the middle finger. It's like lopsided. The right part of the nail curves downward. Has anybody experienced this? What causes it to do this? I always have to trim it because it looks ugly.
Asked by ~ - Thu Nov 29 04:15:57 2007 - - 2 Answers - 0 Comments
A. Nails will do anything they want to do. It it perfectly normal that you have one oddly shaped nail. : )
Answered by princessgrace977 - Thu Nov 29 10:25:14 2007
A ball is thrown downward from a window in a tall building. The distance traveled by the ball in t seconds is?
Q. A ball is thrown downward from a window in a tall building. The distance traveled by the ball in t seconds is s = 16t2 + 32t, where s is in feet. How long (to the nearest tenth) will it take the ball to fall 97 feet?
Asked by unknown - Sun Mar 14 17:31:56 2010 - - 1 Answers - 0 Comments
A. You need to use the quadratic equation to solve this equation. ax^2+bx+c=0 Just move the s to the other side: 16t^2 + 32t - s = 0 From that: a = 16 b = 32 and c=-97 Plugging into the quadratic equation: { -32 Sq Root ( 1.0240e+3 + 6.2080e+3 ) } / 32 = t x1 = 1.6575 x2 = -3.6575 You can't have negative time, so it has to be 1.6575 seconds.
Answered by sounny - Sun Mar 14 22:22:11 2010
Q. A ball is thrown downward from a window in a tall building. The distance traveled by the ball in t seconds is s = 16t2 + 32t, where s is in feet. How long (to the nearest tenth) will it take the ball to fall 97 feet?
Asked by unknown - Sun Mar 14 17:31:56 2010 - - 1 Answers - 0 Comments
A. You need to use the quadratic equation to solve this equation. ax^2+bx+c=0 Just move the s to the other side: 16t^2 + 32t - s = 0 From that: a = 16 b = 32 and c=-97 Plugging into the quadratic equation: { -32 Sq Root ( 1.0240e+3 + 6.2080e+3 ) } / 32 = t x1 = 1.6575 x2 = -3.6575 You can't have negative time, so it has to be 1.6575 seconds.
Answered by sounny - Sun Mar 14 22:22:11 2010
Name of the art in which a written name looks the same in both upward and downward directions ?
Q. Few days back I saw some website which gives the pic of the entered text which looks the same in both the upward and downward directions... What is this called.
Asked by suri - Fri May 29 13:25:28 2009 - - 1 Answers - 0 Comments
A. That type of visual is called an ambigram (also less popularly flipscript or an inversion), but if you're looking for more information on the subject, searching for ambigrams is probably your best bet. You can check out for more information on their history, or go to John Langdon's website at as he's considered one of the leading experts in the field. He's the man who designed the ambigrams used in the book "Angels & Demons" and also in the movie version of "The DaVinci Code" If you're trying to find the website you were initially on, or one similar it was probably
Answered by Bode - Fri May 29 14:40:11 2009
Q. Few days back I saw some website which gives the pic of the entered text which looks the same in both the upward and downward directions... What is this called.
Asked by suri - Fri May 29 13:25:28 2009 - - 1 Answers - 0 Comments
A. That type of visual is called an ambigram (also less popularly flipscript or an inversion), but if you're looking for more information on the subject, searching for ambigrams is probably your best bet. You can check out for more information on their history, or go to John Langdon's website at as he's considered one of the leading experts in the field. He's the man who designed the ambigrams used in the book "Angels & Demons" and also in the movie version of "The DaVinci Code" If you're trying to find the website you were initially on, or one similar it was probably
Answered by Bode - Fri May 29 14:40:11 2009
A pellet gun is fired straight downward from the edge of a cliff?
Q. A pellet gun is fired straight downward from the edge of a cliff that is 15 m above the ground. The pellet strikes the ground with a speed of 30 m/s. How far above the cliff edge would the pellet have gone had the gun been fired straight upward?
Asked by jen - Thu Sep 18 19:20:23 2008 - - 1 Answers - 0 Comments
A. 35.27 feet
Answered by yomaindeala - Thu Sep 18 19:24:14 2008
Q. A pellet gun is fired straight downward from the edge of a cliff that is 15 m above the ground. The pellet strikes the ground with a speed of 30 m/s. How far above the cliff edge would the pellet have gone had the gun been fired straight upward?
Asked by jen - Thu Sep 18 19:20:23 2008 - - 1 Answers - 0 Comments
A. 35.27 feet
Answered by yomaindeala - Thu Sep 18 19:24:14 2008
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