The Leaning Tower of Pisa does not fall because (a) It is tapered at the top (b) It covers a large base area (c) Its centre of gravity remains at the lowest position (d) The vertical line through the centre of gravity of the tower falls within its base

The Leaning Tower of Pisa does not fall because (a) It is tapered at the top (b) It covers a large base area (c) Its centre of gravity remains at the lowest position (d) The vertical line through the centre of gravity of the tower falls within its base
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Do you believe that the Leaning Tower of Pisa (Italy) will eventually fall down?

Description : Do you believe that the Leaning Tower of Pisa (Italy) will eventually fall down?

Last Answer : yeah, air weathers material, and if i’m correct from science, then I am sure it will fall.

Why doesn't the Leaning Tower of Pisa fall over?

Description : Why doesn't the Leaning Tower of Pisa fall over?

Last Answer : The tower hasn’t hit the ground yet because its tapered and slightly curved shape keeps its center of gravity fairly low. That means it can tip quite a bit before toppling.In a more ... not. The residual effects from the construction meant the angle had decreased another four centimeters by 2018.

Why doesn't the Leaning Tower of Pisa fall over?

Description : Why doesn't the Leaning Tower of Pisa fall over?

Last Answer : The tower hasn’t hit the ground yet because its tapered and slightly curved shape keeps its center of gravity fairly low. That means it can tip quite a bit before toppling.In a more ... not. The residual effects from the construction meant the angle had decreased another four centimeters by 2018.

Founded around 1000 AD, Pontificia Fonderia Marinelli is one of the oldest surviving business houses of the world run by the Marinelli family. The Catholic Church accounts for a large percentage of the firm’s business. The Leaning Tower of Pisa installed one of its products in 2004. What does the company produce?

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Is the leaning tower of Pisa part of the Romans?

Description : Is the leaning tower of Pisa part of the Romans?

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The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Description : The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Last Answer : ANSWER: B

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Description : The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Last Answer : ANSWER: B

The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Description : The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Last Answer : ANSWER: B

Pisa The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Description : Pisa The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Last Answer : ANSWER: B

Italy The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Description : Italy The Leaning Tower of Pisa is located in which country? A. Switzerland B. Italy C. Malta D. The Netherland

Last Answer : ANSWER: B

A man carrying a load on his back bends forward because of one of the following reasons: (a) To adjust the centre of gravity of the system such that the vertical line through the centre of gravity passes within the base (b) The man feels lighter because of greater reaction (c) To prevent the load from slipping over and falling down (d) To keep the centre of gravity of the system outside the body

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Description : It is easier to carry two buckets of water in one hand each, than to carry only one in one hand because – (1) weights of buckets are balanced (2) centre of gravity falls within the body (3) centre of gravity and centre of equilibrium fall within the feet (4) resultant weight of buckets is zero

Last Answer : (3) centre of gravity and centre of equilibrium fall within the feet Explanation: When the buckets containing equal amount of water are held in both hands, weight is spaced out more evenly than it ... centre of gravity and the centre of equilibrium should fall, in the present case, within the feet.

It is easier to carry two buckets of water in one hand each, than to carry only one in one hand because – (1) weights of buckets are balanced (2) centre of gravity falls within the body (3) centre of gravity and centre of equilibrium fall within the feet (4) resultant weight of buckets is zero

Description : It is easier to carry two buckets of water in one hand each, than to carry only one in one hand because – (1) weights of buckets are balanced (2) centre of gravity falls within the body (3) centre of gravity and centre of equilibrium fall within the feet (4) resultant weight of buckets is zero

Last Answer : (3) centre of gravity and centre of equilibrium fall within the feet Explanation: When the buckets containing equal amount of water are held in both hands, weight is spaced out more evenly than it ... centre of gravity and the centre of equilibrium should fall, in the present case, within the feet.

It is easier to carry two buckets of water in one hand each, than to carry only one in one hand because (1) weights of buckets are balanced (2) centre of gravity falls within the body (3) centre of gravity and centre of equilibrium fall within the feet (4) resultant weight of buckets is zero

Description : It is easier to carry two buckets of water in one hand each, than to carry only one in one hand because (1) weights of buckets are balanced (2) centre of gravity falls within the body (3) centre of gravity and centre of equilibrium fall within the feet (4) resultant weight of buckets is zero

Last Answer :  centre of gravity and centre of equilibrium fall within the feet

What makes the Tower of Pisa lean?

Description : What makes the Tower of Pisa lean?

Last Answer : It never eats.

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A blanket of crystals that covers all. Nothing can escape its fall. It will put you to sleep in a harsh way, and you will never again see the day It's on the earth always and forever, part of our lives leaving, never. Floats and falls like little butterflies. Catch them and they will surely die. What am I? -Riddles

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Last Answer : Answers is the place to go to get the answers you need and to ask the questions you want

Why haven't the Leaning tower of Piza fallen?

Description : Why haven't the Leaning tower of Piza fallen?

Last Answer : Answers is the place to go to get the answers you need and to ask the questions you want

A tight-rope walker carries a long pole which he holds across his body. The purpose of this pole is to------? A. Prop him up if he falls B. Spread out his weight and reduce the pressure on the rope C. Add extra weight to keep the rope tightly stretched D. To keep the centre of gravity always vertically above the rope (Answer)

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On a ladder resting on smooth ground and leaning against vertical wall, the force of friction will be (A) Towards the wall at its upper end (B) Away from the wall at its upper end (C) Upwards at its upper end (D) Downwards at its upper end

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In tangential tacheometry, an ordinary level staff is used (A) Leaning towards the instrument for inclined sights upward (B) Leaning away from the instrument for inclined sights downwards (C) Vertical in all cases (D) None of these

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On the ladder resting on the ground and leaning against a smooth vertical wall, the force of friction will be?

Description : On the ladder resting on the ground and leaning against a smooth vertical wall, the force of friction will be?

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On a ladder resting on smooth ground and leaning against vertical wall, the force of friction will be?

Description : On a ladder resting on smooth ground and leaning against vertical wall, the force of friction will be?

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Which of the following types of falls use parabolic glacis for energy dissipation? (A) Vertical drop fall (B) Glacis fall (C) Montague type fall (D) Inglis fall

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A stone weighing 20 N is whirling in a vertical circle at the extremity of a string 100 cm long. The tension in the string will be zero a.at the highest position b.at the lowest position c.at the midway position d.at none of the above e.107 dynes

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To ensure that supporting area of an offset footing of a boundary wall is fully compressive, the C.G. of load must act (A) At the centre of the base (B) Within the middle third of the base (C) Within the middle fifth of the base (D) Neither (a), (b) nor (c)

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is a leaning bookcase safe, or will it fall over?

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If vertical angles of inclined sights do not exceed 10° and non-verticality of the staff remains within 1°, stadia system of tacheometric observations are made on (A) Staff normal (B) Staff vertical (C) Staff normal as well as vertical (D) None of these

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Why do we need to know the centre of mass of an object? For which objects, its position may differ from that of the centre of gravity?

Description : Why do we need to know the centre of mass of an object? For which objects, its position may differ from that of the centre of gravity?

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If the centre distance of the mating gears having involute teeth is varied within limits, the velocity ratio (A) Increases (B) Decreases (C) Remains unchanged (D) None of these

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The loading limitations shall include: a. All limiting mass and centre of gravity b. All limiting mass, centre of gravity position, mass distribution and floor landing c. All limiting mass, centre of gravity position and floor loading d. All limiting mass, mass distributions and centre of gravity

Description : The loading limitations shall include: a. All limiting mass and centre of gravity b. All limiting mass, centre of gravity position, mass distribution and floor landing c. All limiting mass, ... of gravity position and floor loading d. All limiting mass, mass distributions and centre of gravity

Last Answer : b. All limiting mass, centre of gravity position, mass distribution and floor landing

The loading limitations shall include: a. All limiting mass and centre of gravity b. All limiting mass, centre of gravity position, mass distribution and floor landing c. All limiting mass, centre of gravity position and floor loading d. All limiting mass, mass distributions and centre of gravity

Description : The loading limitations shall include: a. All limiting mass and centre of gravity b. All limiting mass, centre of gravity position, mass distribution and floor landing c. All limiting mass ... of gravity position and floor loading d. All limiting mass, mass distributions and centre of gravity

Last Answer : b. All limiting mass, centre of gravity position, mass distribution and floor landing

In a theodolite the line passing through the intersection of the horizontal and vertical cross hairs and the optical centre of the object glass and its continuation, is known as (a) Horizontal axis (b) Vertical axis (c) Line of collination (d) Line of sight (e) Either of c or d above*

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Statistics , Problems with Two Projectors ? From the top of a 100 meter high tower an object is thrown at a 30 ° angle with a horizontal speed of 50 ms . At the same time another object from the base of the tower was thrown at an angle of 45 সাথে with the same velocity horizontally . At what time and at what height will the two objects meet ?

Description : Statistics , Problems with Two Projectors ? From the top of a 100 meter high tower an object is thrown at a 30 ° angle with a horizontal speed of 50 ms . At the same time another object from ... সাথে with the same velocity horizontally . At what time and at what height will the two objects meet ?

Last Answer : answer:

The depth of centre of pressure (h) for a vertically immersed surface from the liquid surface is given by (where IG = Moment of inertia of the immersed surface about horizontal axis through its centre of gravity, A = Area of immersed surface, and x = Depth of centre of gravity of the immersed surface from the liquid surface) (A) (IG/ ) - (B) (IG/ ) - (C) ( /IG) + (D) (IG/ ) +

Description : The depth of centre of pressure (h) for a vertically immersed surface from the liquid surface is given by (where IG = Moment of inertia of the immersed surface about horizontal axis through its centre of gravity, A = Area of immersed surface, ... (IG/ ) - (B) (IG/ ) - (C) ( /IG) + (D) (IG/ ) +

Last Answer : Answer: Option D

The line of action of the buoyant force passes through the centre of gravity of the (A) Submerged body (B) Displaced volume of the fluid (C) Volume of fluid vertically above the body (D) Horizontal projection of the body

Description : The line of action of the buoyant force passes through the centre of gravity of the (A) Submerged body (B) Displaced volume of the fluid (C) Volume of fluid vertically above the body (D) Horizontal projection of the body

Last Answer : (B) Displaced volume of the fluid

The line of action of the buoyant force acts through the (A) Centroid of the displaced volume of fluid (B) Centre of gravity of a submerged body (C) Centroid of the volume of any floating body (D) None of these

Description : The line of action of the buoyant force acts through the (A) Centroid of the displaced volume of fluid (B) Centre of gravity of a submerged body (C) Centroid of the volume of any floating body (D) None of these

Last Answer : (A) Centroid of the displaced volume of fluid

07. The line of action of the force of buoyancy acts through the centre of gravity of the volume of the liquid displaced. A) True B) False

Description : 07. The line of action of the force of buoyancy acts through the centre of gravity of the volume of the liquid displaced. A) True B) False

Last Answer : A

The line of action of the buoyant force acts through the (A) Centroid of the volume of fluid vertically above the body (B) Centre of the volume of floating body (C) Center of gravity of any submerged body (D) Centroid of the displaced volume of fluid

Description : The line of action of the buoyant force acts through the (A) Centroid of the volume of fluid vertically above the body (B) Centre of the volume of floating body (C) Center of gravity of any submerged body (D) Centroid of the displaced volume of fluid

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The lowest outlet sluice in a dam is provided (A) Below the dead storage (B) On the top level of dead storage (C) On the top level of useful storage (D) At the centre of the dam

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