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  • Milwaukee M18 FCSSM Fuel 18v Cordless Brushless Sectional Sewer Machine No Batteries No Battery Charger No Case
    Milwaukee M18 FCSSM Fuel 18v Cordless Brushless Sectional Sewer Machine No Batteries No Battery Charger No Case

    The Milwaukee M18 FCSSM Fuel 18v Cordless Brushless Sectional Sewer Machine is a powerful and reliable tool designed to handle tough sewer cleaning tasks. With its compact size and advanced Fuel technology, this machine delivers exceptional performance while being easy to handle and operate. Equipped with a powerful brushless motor, this sewer machine can tackle even the toughest blockages with ease. Its sectional design allows for easy transportation and setup, while its durable construction ensures long-lasting performance. Features & Benefits • Can be used in pipes from 32mm up to 160mm, maximum 46m down the line • Extremely light weight, allowing user to comfortably transport the compact sectional up multiple flights of stairs or over longer distances • Extremely small footprint allowing users to work in tight spaces • Milwaukee fully enclosed drums for better mess containment during transportation • Milwaukee's Powerstate brushless motor and Redlink Plus electronic intelligence delivering outstanding power, run time and durability • World's first compact sectional sewer machine on a 18v battery that uses 16mm and 22mm sectional spirals from both Milwaukee and other manufacturers, eliminating all electrocution hazards users encounter today with their corded tools Specifications • Battery Type: Milwaukee M18 Lithium-ion • Battery Voltage: 18v • Drain Capacity: 32-160mm • No Load Speed: 650rpm • Spiral Diameter: 16, 22mm • Spiral Length: 46m Contents • Milwaukee M18 FCSSM Fuel 18v Cordless Brushless Sectional Sewer Machine • Shoulder Strap • 22mm Guide Hose • No Batteries • No Charger • No Case

    Price: 1149.95 € | Shipping*: 0 €
  • Zap Double Cross - X Base - Black - Dining ZA.6608TB
    Zap Double Cross - X Base - Black - Dining ZA.6608TB

    The Double Cross table base is extremely strong and stable with an industrial feel. This dining height base is manufactured from metal with a black matt finish. The adjustable feet give extra stability. This table base is suitable for use both

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  • Zap Double Cross - X Base - Clear Matt - Dining ZA.6611TB
    Zap Double Cross - X Base - Clear Matt - Dining ZA.6611TB

    The Double Cross table base is extremely strong and stable with an industrial feel. This dining height base is manufactured from metal with a clear matt finish. The adjustable feet give extra stability. This table base is suitable for use both

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  • Cross Blitz Steam Key
    Cross Blitz Steam Key

    This product is a brand new and unused Cross Blitz Steam Key

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  • What is a cross-sectional image?

    A cross-sectional image is a two-dimensional representation of a three-dimensional object or structure. It is typically obtained by slicing through the object or structure in a specific plane and capturing the internal details. Cross-sectional images are commonly used in medical imaging techniques such as CT scans and MRIs to visualize internal organs and tissues. These images provide valuable information about the anatomy and pathology of the subject being studied.

  • What are cross-sectional functions in mathematics?

    Cross-sectional functions in mathematics refer to functions that represent the intersection of a three-dimensional surface with a plane. These functions are used to analyze the behavior of a surface at a specific point or along a specific direction. By examining the cross-sectional functions of a surface, mathematicians can gain insights into its curvature, slope, and other properties. This concept is commonly used in calculus and differential geometry to study the behavior of surfaces in three-dimensional space.

  • How do you calculate the cross-sectional area?

    To calculate the cross-sectional area of a shape, you need to determine the shape of the cross-section (e.g., circle, square, triangle), measure the dimensions of the shape (e.g., radius, side lengths), and then use the appropriate formula to find the area. For example, the cross-sectional area of a circle can be calculated using the formula A = πr^2, where r is the radius of the circle. Similarly, the cross-sectional area of a square can be calculated by multiplying the length of one side by itself (A = side length x side length).

  • What is the cross-sectional shape of wood?

    The cross-sectional shape of wood can vary depending on the type of tree it comes from. In general, wood has a circular or oval cross-sectional shape due to the growth rings and structure of the tree trunk. This shape is a result of the way trees grow, with new layers of wood being added each year, creating distinct growth rings. Additionally, the presence of medullary rays can give wood a radial pattern when viewed in cross-section.

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  • Cross Set Steam Key
    Cross Set Steam Key

    This product is a brand new and unused Cross Set Steam Key

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  • Cross Blitz Steam Account
    Cross Blitz Steam Account

    This product is a brand new and unused Cross Blitz Steam Account

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  • Marshalltown Flooring Cross-Cutter
    Marshalltown Flooring Cross-Cutter

    The Marshalltown Flooring Cross-Cutter is easily transported, so you can cut where you work without dust, noise or electricity. The dual-mount fence can be adjusted for added board width flexibility, up to 216mm (8.1/2in) wide. A separate board support stand is included to help you cut longer boards. Specification: Max. Cutting Width: 216mm (8.1/2in)Max. Cutting Thickness: Rigid Core Vinyl 7mm, Laminate 10mmAdditional Information:• Tool Type: Flooring Cutter

    Price: 43.95 € | Shipping*: 7.95 €
  • Powershred LX65 Cross Cut Shredder
    Powershred LX65 Cross Cut Shredder

    Regular use in home and home office environments, the Powershred LX65 Cross-Cut Shredder shreds 10 sheets per pass into 4x40mm cross-cut particles DIN Level P-4.Patented SafeSense Technology stops shredding when hands touch the paper entryShreds

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  • What are the cross-sectional measures in mathematics?

    Cross-sectional measures in mathematics refer to the analysis of data at a specific point in time, rather than over a period of time. This type of analysis allows for the comparison of different variables at a single point in time, providing a snapshot of the relationships between those variables. Cross-sectional measures are commonly used in statistics and econometrics to understand the relationships between different factors in a given population or sample. Examples of cross-sectional measures include correlations, regressions, and descriptive statistics.

  • What is the extremum problem with cross-sectional area?

    The extremum problem with cross-sectional area involves finding the maximum or minimum value of the area of a cross-section of a shape. This problem is often encountered in engineering and physics when designing structures or analyzing the properties of materials. By determining the extremum of the cross-sectional area, engineers can optimize the design of beams, columns, or other structural elements to ensure they can withstand the required loads while minimizing material usage. Mathematically, this problem is typically solved using calculus techniques to find the critical points where the area is maximized or minimized.

  • What is the cross-sectional area of the cable?

    The cross-sectional area of the cable can be calculated by using the formula for the area of a circle, which is A = πr^2, where r is the radius of the cable. If the diameter of the cable is given, the radius can be calculated by dividing the diameter by 2. Once the radius is determined, it can be substituted into the formula to find the cross-sectional area of the cable.

  • How is the cross-sectional calculation done for chimneys?

    The cross-sectional calculation for chimneys is done by measuring the inside area of the chimney at its narrowest point, typically at the throat or the flue. This can be done by taking the width and height of the chimney at that point and multiplying them together to get the cross-sectional area. This calculation is important for determining the proper size of the chimney for efficient ventilation and to ensure that it can handle the volume of exhaust gases produced by the heating appliance. It is also used to determine the appropriate size of the chimney liner or flue pipe.

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