Units of measurements worksheets: Grade 5 Measurement Worksheets | K5 Learning

Units of Measurement Worksheets | All Kids Network

Whenever we count or measure something, we always come across units. We call
them Unit of Measurements, a quantity used as a standard of measurement. We
measure a lot of different things, therefore we have many different kinds of units. The collection of free units worksheets is designed to help kids learn about the units of area, length, volume, weight and time. Many of these worksheets will expose students to both the Metric and Standard (Imperial) systems so they are learning both types of unit systems.

Circle the most appropriate unit of area for me…

Use the conversion key to convert each of the u…

Use the conversion key to convert each of the u…

Fill in the blanks with the correct unit type t…

Circle the most appropriate unit of length for …

Think of an example of each type of unit; lengt…

Connect the units of area with their respective…

«>Color the Metric area units Red and the Standar…

Connect the units of length with their respecti…

Fill in the circles by putting the units of tim…

Circle the most appropriate unit of volume for …

Connect the units of volume with their respecti…

Color the Metric volume units Red and the Stand…

Circle the most appropriate unit of weight for . ..

Connect the units of weight with their respecti…

Color the Metric weight units Red and the Stand…

For each question, circle the length that is lo…

Circle the most appropriate unit for measuring …

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Appropriate Units of Measurement – Worksheet

• Years

  Years:  5 — 6

A worksheet that allows students to choose appropriate units of measurement.

Use this measurement worksheet with students when learning to recognise the most appropriate units to use for length, area, volume, capacity and mass.

Students will choose appropriate units including:

• millimetres, centimetres, metres and kilometres
• cm², m², km²
• millilitres, litres, kilolitres
• grams, kilograms, tonnes
• mm³, cm³, m³

In the second section, students will match the units of measurement with their units.

An answer page is included in the resource.

• teaching resource

  Area of a Parallelogram – War Game
  

  Practise finding and comparing the area of a parallelogram with a game of WAR!

  7 pages

  Year
  7

• teaching resource

  Area of a Parallelogram – Differentiated Maths Mazes
  

  Determine the area of different parallelograms with a set of differentiated maths mazes.

  6 pages

  Year
  7
  Differentiated
  Differentiated

• teaching resource

  Area of a Triangle – Differentiated Maths Mazes
  

  Use the area of a triangle formula as you work your way through this set of differentiated maths mazes.

  1 page

  Year
  7
  Differentiated
  Differentiated

• teaching resource

  Area of a Parallelogram – Task Cards
  

  Practise calculating the area of a parallelogram with this set of 24 task cards designed for year 7 students.

  9 pages

  Year
  7

• teaching resource

  Area of a Parallelogram – Match-Up Activity
  

  Calculate the area of parallelograms and match them with their corresponding areas with this match-up activity.

  9 pages

  Year
  7

• teaching resource

  Area of a Parallelogram – Worksheet
  

  Practise finding the area of a parallelogram with this maths worksheet designed for year 7 students.

  4 pages

  Year
  7

• teaching resource

  Area of a Triangle – Match-Up Activity
  

  Calculate the area of triangle figures and match them with their corresponding areas with this match-up activity.

  9 pages

  Year
  7

• teaching resource

  Area of a Triangle – Task Cards
  

  Use multiplication and division skills to determine the area of a triangle with this set of 24 task cards.

  9 pages

  Year
  7

• teaching resource

  Units of Measurement Word Wall Vocabulary
  

  Print a pack of measurement vocabulary cards to help your students review academic vocabulary.

  1 page

  Year
  s 
  1 — 7

• teaching resource

  Interactive Maths Review – Activities for Years 5, 6 & 7
  

  Review important maths concepts covered in years 5, 6 and 7 with a student-led interactive activity.

  1 page

  Year
  s 
  5 — 7

Level 3: Worksheets

Once the appropriate base, engineering, and line drawings have been developed, you can create a worksheet or drawing with a set of plans,
such as a plan or profile, a utility sheet, or a landscape sheet.

To create these top-level sheets, you must externally link base, engineering, and line plans into a drawing
with a set of plans that can be used to create layouts with a title block and final drawing. At
using Autodesk Vault, before creating external links to such drawings, make sure that the working folder contains
their latest versions.

Get the latest Autodesk Vault project data

• On the Navigator tab in the tool area, right-click on the project name and select the context menu item
  «Get the latest version.»

This copies the latest versions of all project drawings and project objects to the working directory. After getting the latest versions
You can create Level 3 shop drawing sheets.

Create a drawing with a set of plans

Suppose the user is working on a plan or profile sheet. First, a new drawing is created, it is given a name,
and then it is saved in the working folder. An external link is then created to the corresponding level 2 drawings, such as base
line drawings, basic utility drawings, and basic topology drawings. Then a level 3 drawing is created in which
object data and level 2 label styles are for display only. However, using the Layer Manager, you can selectively
hide or show layers with level 2 data.

When using Autodesk Vault, if you check in a drawing with a plan set, make sure the Include
related files». This ensures that when a drawing with a set of plans is received by other team members in their work
folder will copy all related files.

Typically, AutoCAD Civil 3D uses the Sheet Sheet Manager to work with a drawing containing plan sets. For creating
individual sheets in Sheet Sheet Manager, drawings with plan sets create AutoCAD views. Learn more about Dispatcher
Sheet sets, see the AutoCAD Civil 3D Online Help.

Additional design and annotation

Data references can be used to include individual plan objects in a plan set drawing and create all the necessary annotations
or design elements. This procedure improves the efficiency of the work done on level 1 and 2 drawings.
In addition, draftsmen and technicians can complete Level 3 sheet annotation as part of a complete design
documentation.

Eliminate interactions

When level 3 drawings are externally referenced to level 1 and 2 drawings, annotation overlaps, duplication
and other types of interactions. Using the Layer Manager, you can turn off the overlay text or create a link to the data
for a design object in a level 3 drawing and manage its annotations at that level. With this approach, level 3 drawings can be
synchronize to reflect changes made at lower levels. Level 3 link building may require
Some of the work needs to be redone, but the benefits of synchronizing Level 3 sheets with the original project are well worth it.

Image manipulation

Sometimes you may want to use an image on your output sheet. For example, on a sheet with an approximate profiling plan
may contain aerial photographs. You can insert an image using the Xref Manager.

Level 2 bypass

Some projects can be completed without using all three levels of the workflow. In particular, sometimes
level 2 intermediate drawings can be dispensed with. Instead, level 3 sheets can be created using data references of individual
objects from level 1 drawings. The advantage of not using level 2 drawings is that you can create marks directly on the drawings.
level 3 and avoid interactions. However, the lack of level 2 blueprints has a downside, because
the ability to combine level 1 objects with project objects such as corridors or utilities is lost in separate drawings
networks.

Unit changeover from MM (mm) to Mil (mil) and other PCB unit settings

Zakariya Peterson

|&nbsp Created: August 3, 2018
&nbsp|&nbsp

Updated: 23 January, 2023

The printed circuit board layout must accurately reflect the final design solution and correspond to the given scale of units of measurement. Altium Designer provides easy ways to set units of measure when working with PCB layouts and circuit diagrams. This quick tutorial shows you how to switch from mm to mils in the Schematic Editor and the PCB Editor. Users can perform this action in real time (while working on the PCB layout) or through the Preferences dialog box on the schematic and on the PCB.

Altium Designer supports two measurement units: millimeters and mils. These are the standard units used in most parts lists and mechanical drawings, as well as Gerber files used in PCB manufacturing. The fastest way to switch units while working on a project will depend on whether the user is working in the PCB Editor or the Schematic Editor.

• In the Schematic Editor to change the units of measurement, select in the menu View —> Toggle Units (View —> Toggle Units).
• Three options are available in PCB Editor :
  • Press «Q» on the keyboard.
  • Press «V» and then «U» on the keyboard
  • Use menu item View —> Toggle Units

In addition to the two hotkey options available in the PCB editor, Altium Designer helps you automate many other tasks with hotkeys. Some of the hotkeys included in my list of favorites are mentioned in this article.

Users can also open the Preferences dialog box to set or switch units in the Schematic Editor, or use the Properties panel in the PCB Editor.

Switching from mm to mils in the schematic

Once Altium Designer is open, the user can set up a number of settings for working with the schematic before switching to the reference grid. To access these settings, click the Gear icon in the upper right corner of the Altium Designer window, as shown below. When a schematic sheet is open, to access these settings, go to the Tools drop-down menu and select the Preferences option.

Opening the Preferences dialog box in Altium Designer

The Preferences dialog box allows you to set the behavior of Altium Designer tools that will be selected when they are opened. On the diagram, you can customize the work of almost all elements, from sheet templates to scaling PCB library components. PCB unit settings are also available, as described below.

Three areas where you can set the units of measure in Altium Design schematic settings

The illustration above shows three areas where you can select your preferred units for a new schematic in Altium Designer. The first is the basic units of measurement for the circuit, available in the General settings section of the Preferences dialog box. The second allows you to set the units of measurement for grids, the third is used to set the units of measurement of primitive objects, selected by default.

At the same time, in the process of working on a diagram, the user is not limited to the printed circuit board units specified in the preferences section. Units of measure can easily be changed on the fly using the Toggle Units command in the View drop-down menu. This command and drop-down menu is shown in the illustration below. Note that the «U» in «Units» is underlined. This means that it can be used in a keyboard shortcut to switch units. Here the command is in the drop-down menu View (View), and therefore, to change the units of measurement, you must use the key combination «VU».

Team Toggle Units (Switch units) in the drop-down menu View (View).

Switching from mm to mils in PCB layout

PCB layouts in Altium Designer work a little differently. In previous versions of the PCB editor in Altium Designer, the Board Options menu served as the unit of measure selection. Now this function has been moved to the properties panel, to access which you need to click the Panels button (Panels). It should also be mentioned that instead of Metric (Metric) and Imperial (British) designations, Altium Designer now uses MM (millimeters) and Mils (mils).

To change the display of measurements in the PCB editor, or display components or traces in imperial units, you must go to the board options section. To change the units for the board, open the Properties panel and scroll down the screen. Units of measurement are available in the Other section of the Properties panel, as shown in the figure below.

Units selector in the Properties panel of the Altium Designer 9 layout tool0056

Changing the units will update the location and grid data displayed in the lower left corner of the work session window. The figure below shows how the data changes when switching from one unit of measure to another. This data is displayed in the same place in the schematic editor.

Display PCB Units Used in Altium Designer

Altium Designer’s Layout Tool provides other ways to change units of measurement. You can use the Toggle Units command from the View drop-down menu, as shown below. As with diagrams, you can use the shortcut keys on your keyboard to switch units of measurement: «V» and then «U». Another option for changing the units of measurement on layouts is to press the «Q» key on the keyboard.

The View > Toggle Units command in Altium Designer’s layout tool

You can also change units in other sections of Altium Designer. For example, in the layer stack manager, you can switch the units of measurement used to design the layer structure.

In addition to units of measurement, Altium Designer provides a wide range of controls for modifying the working environment. Users can flexibly manage snap grids, both while setting them up and when switching between them. In the layout, you can control the display of layers and switch them using the View Configuration panel (View Configuration), which can be accessed by simply pressing the «L» in lower case. To switch between 2D and 3D, use the View drop-down menu as shown below, or the keyboard shortcuts «2» and «3».

Altium Designer makes it easy to switch between 2D and 3D

Altium Designer ^® provides CAD functionality in an intuitive user interface for tasks ranging from routing simple two-layer boards to designing complex HDI PCBs. tracing density) having a large number of layers. The wide range of automation features and keyboard shortcuts available in Altium Designer ensures high productivity when creating new designs.