BP 344 The Law To Enhance Mobility Of Disabled Persons

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The correct answer is 1.5m x 1.5m. This is because the phrase "turn around minimum dimension" suggests that the minimum dimension required for turning around is 1.5m. Among the given options, only 1.5m x 1.5m satisfies this requirement.

The minimum clear width for ramps is 1.2m. This means that ramps should be at least 1.2 meters wide to allow for easy and safe passage for individuals using mobility aids such as wheelchairs or walkers. A wider width ensures that there is enough space for maneuvering and prevents any potential obstacles or obstructions that may hinder accessibility.

Accessible water closet stalls must have a minimum area of 1.70m x 1.80m. This is the required size for ensuring accessibility and maneuverability for individuals with disabilities. The larger dimensions allow for wheelchair users to comfortably enter and move around the stall, as well as accommodate any necessary mobility aids. Providing adequate space is crucial in ensuring that all individuals have equal access to restroom facilities.

The correct answer is 30m. An accessible elevator should be located within a reasonable distance from the entrance, ensuring that it is easily accessible for individuals with mobility impairments. Placing the elevator too far away would make it inconvenient and potentially difficult for people to locate and use. By keeping it within 30 meters from the entrance and providing clear signage, individuals can easily find and access the elevator.

Accessible parking slots should have a minimum width of 3.7m. This width is necessary to accommodate vehicles with accessibility features such as wheelchair ramps or lifts. A wider parking space allows for easier maneuverability and ensures that individuals with disabilities have enough space to safely enter and exit their vehicles.

The minimum clear width of a door refers to the minimum width of the opening space when the door is fully open and allows for easy passage. In this case, the correct answer is 800mm, indicating that the door should have a minimum width of 800mm to ensure sufficient space for people to pass through comfortably.

The minimum width of a drop curb at crossings is 0.90m. This means that the curb must be at least 0.90m wide in order to accommodate pedestrians and provide a safe and accessible crossing for individuals with disabilities or mobility aids. A wider curb allows for easier maneuverability and ensures that there is enough space for individuals to comfortably cross the road.

The correct answer is 6m because exceeding this length could potentially compromise the safety and stability of the ramp. A longer ramp may not provide enough support for users, leading to an increased risk of accidents or injuries. It is important to adhere to the recommended length to ensure the functionality and safety of the ramp.

The correct answer is 2.0m. The headroom of a walkway should not be less than 2.0m and preferably higher. This is because a minimum headroom of 2.0m ensures that people can comfortably walk without hitting their heads on any obstructions. Having a higher headroom provides even more comfort and safety for individuals using the walkway.

The minimum width of a curb cut-out should be 0.90m. This width allows for easy access and maneuverability for individuals using mobility aids such as wheelchairs or walkers. It provides enough space for them to comfortably enter or exit a sidewalk or curb ramp. A wider curb cut-out also accommodates individuals with wider mobility devices or those who may require assistance from a caregiver.

The handrail extension at the start and end of ramps and stairs should be 0.30m. This length allows for proper support and stability for individuals using the ramps and stairs. It ensures that there is enough space for users to comfortably grip the handrail while ascending or descending. A shorter extension may not provide sufficient support, while a longer extension may be unnecessary and could obstruct the path of travel.

A minimum clear space of 1.5m x 1.50m should be provided before and extending beyond the door. This space is necessary to ensure easy access to the door and to accommodate individuals entering or exiting the space. It allows for maneuverability and ensures that there is enough room for people to pass through comfortably without any obstructions.

The given options represent different heights. The threshold maximum height is the highest height that can be tolerated or allowed. Among the given options, the height of 25mm is the closest to the threshold maximum height.

Handrails should be installed at a height of 0.70m and 0.9m above steps or ramps. These specific heights are recommended to ensure proper support and stability for individuals using the handrails. The lower height of 0.70m allows for easy access and gripping for individuals with disabilities or those who may have difficulty reaching higher handrails. The higher height of 0.9m provides additional support and security for individuals of varying heights. This range of heights ensures that handrails are accessible and effective for a wide range of users.

The correct answer is 0.48m. This suggests that the maximum height of the lip of the urinals is 0.48m.

An accessible elevator should have a minimum dimension of 1.10m x 1.40m. This means that the elevator should have a minimum width of 1.10m and a minimum depth of 1.40m. These dimensions are necessary to accommodate individuals with mobility aids such as wheelchairs or walkers, allowing them to comfortably maneuver inside the elevator. The specified dimensions ensure that the elevator is accessible and meets the necessary requirements for individuals with disabilities.

The correct answer is 1.5m because the minimum depth of the central refuge is the smallest measurement given among the options.

The correct answer is 1mm because it is the closest option to the given "depression depth of control button" statement. The question is asking for the depth of the control button, and out of the options provided, 1mm is the smallest measurement.

The maximum gradient of ramps refers to the steepest incline that a ramp can have. In this case, the answer of 1:12 indicates that for every 12 units of horizontal distance, the ramp will rise by 1 unit vertically. This means that the ramp has a relatively gentle slope compared to the other options provided. A steeper gradient would make it more difficult for vehicles or individuals to ascend or descend the ramp safely.

The correct answer is 1.5m because it is the minimum dimension required for the landing of the ramps. This means that the landing area should have a minimum width of 1.5 meters in order to accommodate the ramps properly.

The correct answer is 0.30m to 0.40m. This range indicates the recommended height for kick plates. Kick plates are protective plates installed at the bottom of doors to prevent damage from foot traffic or moving objects. The height range of 0.30m to 0.40m ensures that the kick plates effectively cover the lower portion of the door, providing adequate protection while still allowing for easy access.

The correct answer is 12m because it is the only option that fits the given information of "distance between turn around." The other options do not match the given distance.

The correct answer is 2. This is because if the seating capacity is between 4 to 50, wheelchair seating space should be provided for at least 2 seats. This ensures that there is enough accommodation for individuals using wheelchairs within the seating area.

The correct answer is 6.5mm. This suggests that when grating is installed above walkways, the maximum resist should be 6.5mm. This measurement is likely determined based on safety regulations and standards to ensure that the grating is strong enough to support the weight of individuals walking on it without any risk of collapse or structural failure. It is important to choose the appropriate thickness of grating to maintain the safety and integrity of the walkway.

First class, premiere, and air-conditioned buses are required to have at least 4 designated seats for disabled persons near exit/entrance doors. These seats are specifically allocated to accommodate individuals with disabilities, ensuring that they have easy access to the doors for boarding and disembarking the bus. This provision aims to promote inclusivity and accessibility for disabled passengers, allowing them to travel comfortably and conveniently.

Handrails that require a full grip should have a dimension of 30mm to 50mm. This range of dimensions ensures that the handrail is thick enough to provide a secure grip for the user. A narrower handrail may be difficult to hold onto, while a wider handrail may not allow for a comfortable grip. Therefore, a dimension of 30mm to 50mm strikes a balance between providing stability and ease of use for individuals using the handrail.

The correct answer is 0.90 m/sec. This suggests that the walking speed of a person with disabilities (PWD) in a pedestrian setting is 0.90 meters per second.

The maximum height of a water closet is 0.45m. This refers to the height from the floor to the top of the water closet. It is important to consider this measurement when installing or replacing a water closet to ensure it fits properly in the designated space.

Walkways should have a maximum width of 1.2 m. This width is considered suitable for pedestrian traffic, allowing enough space for people to comfortably walk side by side. A narrower width may restrict movement and cause congestion, while a wider width may not be necessary and could result in wasted space. Therefore, a width of 1.2 m strikes a balance between functionality and efficient use of space.

Handrails for protection at great heights may be installed at a height range of 1.0m to 1.06m. This height range ensures that the handrails are at a suitable level to provide support and protection for individuals working or walking at great heights. The handrails should be installed within this specific range to ensure that they are effective in preventing falls and accidents, while also being accessible and convenient for people to use.

Handrails on ledges should have a clearance not less than 40mm to ensure the safety of individuals using the handrail. This clearance allows for a comfortable grip and prevents any potential accidents or injuries. It provides enough space for the hand to securely hold onto the handrail while navigating the ledge. A clearance of 40mm ensures that the handrail is effective in providing support and stability to the users.

Curb cut-outs should have a gradient not more than 1:12. This means that for every 12 units of horizontal distance, the vertical rise should be no more than 1 unit. This gradient ensures that the slope of the curb cut-out is not too steep, making it easier for pedestrians, especially those with mobility issues, to navigate smoothly and safely. A steeper gradient could pose difficulties for wheelchair users or individuals with walking aids, potentially causing accidents or making it impossible for them to access the curb cut-out.

The correct answer is 6 because if the seating capacity is between 301 and 500, there should be enough wheelchair seating space for at least 6 wheelchairs.

Handrails attached to walls should have a clearance no less than 50mm. This is because a minimum clearance of 50mm allows for sufficient space for a person's hand to grip the handrail comfortably and securely. A larger clearance may result in a less stable grip, while a smaller clearance may make it difficult for individuals with larger hands to grasp the handrail properly. Therefore, a clearance of 50mm is recommended to ensure the safety and usability of the handrail.

The maximum height of lavatories should be 0.80m. This height is likely determined by building codes or regulations that specify the standard height for lavatories to ensure accessibility and comfort for users. A height of 0.80m allows for easy reach and use for most individuals without causing strain or discomfort.

The correct answer is 40kg because doors should be operable by a pressure or force that is not more than this weight. This ensures that the doors can be easily opened and closed without causing strain or difficulty for individuals using them. A force greater than 40kg may be too heavy for some people to handle, leading to potential accidents or injuries. Therefore, it is important to adhere to this weight limit for operable doors.

The correct answer is 1.8m x 1.5m. This answer is the only one that meets the minimum dimension requirement for the vestibule. The dimensions of 1.8m x 1.5m are larger than the other options, ensuring that the vestibule is spacious enough to accommodate people entering or exiting the space comfortably.

The correct answer is 2.25 sq. meters because it is the minimum area among the given options.

The correct answer is 0.60m to 0.75m. This range represents the width of a wheelchair, indicating that the width of a standard wheelchair typically falls within this measurement.

The correct answer is 13mm x 13mm because it has the largest dimensions among the given options.

According to the given information, 10% of the total number of units of government-owned living accommodations should be accessible and fully usable by a disabled person. This means that out of all the units, only a small portion, specifically 10%, should be designed and equipped to meet the needs of disabled individuals.

The correct answer is 4 because if the seating capacity is between 51 to 300, then there should be enough wheelchair seating space available.

The explanation for the given correct answer (2) is that there are more than 20 units of water closets.

The correct answer is 1''. This refers to the height of the lowest point of a drop curb. A drop curb is a curb that has been lowered to allow for easier access for pedestrians, cyclists, or vehicles. The height of 1'' indicates that the lowest point of the drop curb is 1 inch above the ground level.

The minimum seating capacity of an air-conditioned bus is 40. This means that the bus must have at least 40 seats in order to be classified as an air-conditioned bus.

Walkways should have a gradient not more than 1:12 or 5% to ensure safety and accessibility for all individuals. This means that for every 1 unit of rise, there should be no more than 12 units of horizontal run, or a maximum slope of 5%. This gradient allows for easier navigation and reduces the risk of accidents, especially for those with mobility challenges or using assistive devices such as wheelchairs or walkers. A steeper gradient would make it more difficult for individuals to traverse the walkway comfortably and safely.

A level area not less than 1.8m should be provided at the top and bottom of any ramp. This is important because it allows for a safe and smooth transition for individuals using the ramp. It provides enough space for them to approach and exit the ramp comfortably without any sudden changes in elevation. Having a level area also reduces the risk of accidents or injuries that could occur if the ramp abruptly ends or begins on an uneven surface. Therefore, 1.8m is the appropriate measurement for ensuring the safety and accessibility of the ramp.

The correct answer is 1:12. This ratio indicates the gradient of dropped curbs towards adjoining curbs. A gradient of 1:12 means that for every 1 unit of horizontal distance, there is a change in vertical distance of 1/12 of that unit. In the context of dropped curbs, this ratio indicates the slope or incline of the curb, ensuring a gradual transition between different levels for accessibility purposes.

Passenger trains are required to have at least 6 designated seats for disabled persons. This is to ensure that there are enough seats available for individuals with disabilities, allowing them to travel comfortably and safely. These designated seats are specifically designed to accommodate the needs of disabled passengers, providing them with the necessary space and accessibility features. By having a minimum of 6 designated seats, passenger trains can promote inclusivity and accessibility for all passengers.