Capacity conversion worksheet: Grade 5 Measurement Worksheets: Metric capacities or volumes
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4md1American Capacity (visual) ★
Each worksheet has 9 problems identifying which answer best represents the volume an item can hold.
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4md1American Capacity (word) ★
Each worksheet has 15 problems identifying which unit best answers the question.
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5md1Converting American Capacity ★
Each worksheet has 20 problems converting all Americans capacity units.
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Converting Mixed American Volume ★
Each worksheet has 12 problems converting American mixed units to the smaller unit.
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Metric
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3md2Metric Capacity (visual) ★
Each worksheet has 9 problems identifying which answer best represents the volume an item can hold.
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3md2Metric Capacity (word) ★
Each worksheet has 15 problems identifying which unit best answers the question.
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Select a Worksheet Version 1 Version 2 Version 3 Version 4 Version 5 Version 6 Version 7 Version 8 Version 9 Version 10Grab ’em AllCreate New Sheet
5md1Converting Metric Capacity ★
Each worksheet has 30 problems converting metric capacity units.
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Converting Mixed Metric Volume ★
Each worksheet has 12 problems converting Metric mixed units to the smaller unit.
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American and Metric
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Balancing Mixed Measurements ★
Each worksheet has 20 problems balancing mixed units of measurement.
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You are here: Home → Worksheets → Metric measuring Create an unlimited supply of worksheets for conversion of metric measuring units for grades 2-7.
Conversions between measuring units are studied all through elementary school. Starting typically in grade 2 or 3, children practice easy conversions, such as changing a bigger unit into smaller units (4 cm into 40 mm) and the other way around (300 cm = 3 m). Later on they learn how to use decimal numbers in the conversions. Since the metric system is based on number 10, conversions between the units are very easy: they only involve multiplying and dividing by 10, 100, 1000, etc.
On this page you will find metric unit worksheets for:
Basic instructions for the worksheetsEach worksheet is randomly generated and thus unique. The answer key is automatically generated and is placed on the second page of the file. You can generate the worksheets either in html or PDF format — both are easy to print. To get the PDF worksheet, simply push the button titled “Create PDF” or “Make PDF worksheet“. To get the worksheet in html format, push the button “View in browser” or “Make html worksheet“. This has the advantage that you can save the worksheet directly from your browser (choose File → Save) and then edit it in Word or other word processing program. Sometimes the generated worksheet is not exactly what you want. Just try again! To get a different worksheet using the same options:
Grades 2-3
The conversions in the worksheet below are easy, as they only involve converting a larger unit into smaller units (such as 3 m = _____ cm) or writing a multiple of ten of the smaller unit in terms of the larger unit (such as 50 mm = ___ cm).
Grade 4
Grade 5
In grade 5, students use decimal numbers with the units of measurement.
Grades 6-7
In grades 6 and 7, students continue working with decimal numbers in the conversions.
The metric system: units with prefixes
The worksheet below involve converting between a range of metric units with prefixes milli-, centi-, deci-, (basic unit), deka-, hecto-, and kilo-.
Measurement units worksheets generator
Use the generator to make customized worksheets for conversions between measuring units. You can choose to include inches, feet, yards, miles, ounces, cups, pints, quarts, gallons, ounces, pounds, millimeters, centimeters, meters, kilometers, grams, kilograms, liters, and milliliters.
Measuring Units Worksheets
Key to Measurements Workbooks Key to Measurement workbooks include a variety of hands-on experiences related to the customary units of measurement. => Learn more
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The worksheets can be made in html or PDF format – both are easy to print. You can also customize them using the generator below.
They convert for example 2.8 km into 2,800 m or 165 ml into 0.165 L.
They also study the various units formed with prefixes at least from milli to kilo, such as millimeter, centimeter, decimeter, meter, dekameter, hectometer, and kilometer.
You can also make worksheets for the metric system: units with the prefixes milli, centi, deci, deka, hecto, and kilo. 
Some difficulty levels for certain type of conversions will not accept decimal digits at all. Please check what their effect are by making a worksheet, and then come back to this page by using the ‘back’ button on your browser.
Group projects are included in addition to numerous individual activities. In Book 1, students learn how a linear measurement system is developed and then do activities related to measuring length. Book 2 focuses on length, perimeter, and area measures. In Book 3, the concept of area is further developed, and students are introduced to volume. Book 4 covers a variety of topics. Students experiment with weighing objects and measuring capacity, and they also learn about temperature and time.49185-12: RESM-VS Working standards of average power of optical radiation in fiber-optic transmission systems to the material of the thermowell of the vehicle.
Description
The principle of operation of the TS is based on the dependence of the resistance of a thin-film platinum temperature-sensitive element (SE) on temperature
Thermal converters are designed as a measuring insert with one SE, connected to a protective aluminum head, inside which there is a ceramic terminal platform for connecting the RTD to the measuring device.
The measuring insert has an adjustable length V-14 ANPT spring-loaded connection fitting that provides good surface contact and vibration resistance in the thermowell or at the vehicle site. The protective cover of the measuring insert is made of stainless steel (316 SST). SE TS have a nominal static conversion characteristic (NSC) of the “Pt100” type in accordance with GOST R 8.625 (IEC 60751). nine0005
All vehicles have a four-wire circuit for connecting internal wires to the SE. RTDs are used in a set with additional protective sleeves (thermowells) of threaded type, made of stainless steel.
A photo of the general view of the vehicle is shown in Figure 1.
Specifications
Measuring temperature range, °С: …………………….. …from minus 50 to plus 200
……………..0.00385
Symbol of the nominal static characteristic
conversion (NCX) according to GOST 6651-2009/IEC 60571:…………………………… ………..
.Pt100
Nominal value of TC resistance at 0 °C (Ro), Ohm: ………….. …….100
Tolerance class according to GOST 6651-2009/IEC 60571: ……………………. ………………V
Limits of permissible deviation of the resistance of the vehicle from the NSH in temperature equivalent
, °C:………… …………………………………………. ……………………………±(0.30 + 0.005 |t|)
Electrical resistance of the RH insulation (at 500 V), not less than, MΩ: …………500
sheet No. 2 total sheets 3
Diameter of the RH mounting part (without protective sleeve), mm:……………………………..8
Length of the submersible part of the vehicle (without thermowell), mm: ………………. from 100 to 400
Vehicle weight (without head and protective sleeve), g, max: …….. ………………….300
Operating conditions:
– Ambient temperature, °C: …… ……………
from minus 40 to plus 85; nine0005
– relative air humidity, %: ………………………………………. ………up to 95
Type approval mark
The type approval mark is stamped on the title page of the passport.
Contents
Delivery set includes:
– thermal converter – 72 pcs.;
– passport (in Russian) – 72 copies.
Verification of
is carried out in accordance with GOST 8.461-2009 “GSI. Resistance thermocouples made of platinum, copper and nickel. Verification method. nine0005
Basic verification tools:
– digital precision thermometer DTI-1000, limits of permissible absolute error: ±0.031 °С in the temperature range from minus 50 to plus 400 °С, ±0.061 °С in the temperature range of St. plus 400 to plus 650 °С;
– liquid precision overflow type thermostats models TPP-1.0, TPP-1.2 with a reproducible temperature range from minus 60 to plus 300 °С and instability of maintaining the set temperature ±(0.
004.0.02) °С;
– JOFRA temperature calibrators of the ATC-R and RTC-R series with a total range of reproducible temperatures from minus 48 to plus 600 °C and instability of maintaining the set temperature of ±(0.005 … 0.02) °C;
– multi-channel precision temperature meter MIT 8.10 (M) with limits of permissible basic absolute error in resistance measurement ± (10-5R + 5 10-4), where R is the measured resistance, Ohm.
Note: during verification, it is allowed to use other measuring instruments and auxiliary equipment that meet the requirements of GOST 8.461-2009 in terms of accuracy and technical characteristics.
Information about measurement procedures (methods) is given in the corresponding section of the passport for thermal converters.
Normative and technical documents establishing requirements for platinum resistance thermocouples model 68
GOST 6651-2009. GSI. Resistance thermocouples made of platinum, copper and nickel. General technical requirements and test methods.
International standard IEC 60751 (1995, 07). Industrial sensing elements of platinum resistance thermometers. nine0005
GOST R 52931-2008 Instruments for control and regulation of technological processes. General specifications.
Manufacturer’s technical documentation.
GOST 8.558-93. GSI. State verification scheme for temperature measuring instruments.
sheet No. 3 total sheets 3
GOST 8.461-2009 GSI. Resistance thermocouples made of platinum, copper and nickel. verification method.
Recommendations for use
Production control over compliance with the industrial safety requirements established by the legislation of the Russian Federation for the operation of a hazardous production facility; performance of work on assessing the conformity of industrial products and products of other types, as well as other objects, with the mandatory requirements established by the legislation of the Russian Federation. nine0005
Thermal converters are used in 12 gas pumping units – compressors of model KVV-6 (Ariel Corporation, USA) with G16CM34 engines (Caterpillar, Germany).
The compressors are installed at the high-pressure gas compressor station (GCS HP), which is part of the central collection and treatment facility for oil from the Vankor group of fields, located beyond the Arctic Circle in the Turukhansk region of the Krasnoyarsk Territory and the Taimyr Autonomous District.
Sheet Metal Laser Cutting Machine TF3015EDGE+ – Laser Equipment Manufacturing
Main structure and scope of application
TF EDGE CNC fiber laser cutting machine is an integrated optical electromechanical laser cutting machine, which includes: fiber laser machine, cooling chamber, fiber cutting head, cutting machine, control system, water and gas path, exhaust system and other details.
The machine adopts fixing and portable structure function, it is CNC guide laser cutting machine of two-axis transmission and three-axis control. Including the gears of the X and Y axes carry out planar cutting feed. nine0005
The machine uses a modern laser combined with a gantry CNC machine.
It features high strength and stability, as well as high-precision ball screw and linear guide. The fiber laser has a number of advantages: high beam quality, brightness, high conversion speed, no maintenance, stability, reliability, low maintenance, size.
High beam quality: smaller focusing diameter and high efficiency. nine0005
High speed cutting: cutting speed over 20m/min
Stable operation is achieved by using imported fiber lasers with stable production system, capable of working up to 100,000 hours.
High photoelectric conversion efficiency Compared with CO2 laser machine, the photoelectric conversion efficiency of this equipment is 3 times higher.
Low cost and low maintenance: saves energy and is environmentally friendly. The photoelectric conversion ratio is 25% – 30%. Electricity consumption is 20% -30% of the total consumption of a machine with CO2 lasers. The fiber transmission line does not require a reflective lens, thereby reducing maintenance and repair costs.
nine0005
Simple control: optical communication system, no optical path adjustment required.
Compact design, easily adaptable to production requirements.
The TF EDGE series is suitable for cutting off stainless steel, alloy steel, silicon steel, galvanized steel, aluminium, titanium and other metal materials.
Main technical parameters
| Model | TAYOR TF3015/TF6015/TF6020EDGE |
| Coordinate table, with CNC stand | TAYOR |
| Sheet cutting module | TAYOR |
| Fiber laser machine | 1000W / 1500W / 2000W / 3000W / 4000W / 6000W FEIBO/Raycus(China), GW(US) or IPG |
| Fiber laser cutting head | OSPRI LC40 Autofocus/ Raytools |
| Reducers | Motoreducer (France) |
| Precision helical gear rack; Axes X, Y | Leader (China) |
| Linear and Gantry Guides, Y-Axis | HIWIN (Taiwan) |
| Linear guides and cutting head carriages, X axis | HIWIN (Taiwan) |
| Cutter head vertical ball screw, Z axis | HIWIN (Taiwan) |
| Chiller for laser cooling | |
| CNC | CypCut (Rus.
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