Measurement ALPHA Maths Module : Pipeng Free Online Software

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Pipeng Free Online Software : Measurement ALPHA Maths Module

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Pipeng : Maths Numbers : Measurement And Measuring ALPHA Maths Homework Module

Measurement ALPHA Maths Module

Description : Maths Numbers : Measurement And Measuring

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ALPHA : Numbers : Measurement 01 : Measuring Length : Meters Millimeters And Centimeters : ALPHA Maths Homework Exercise

Description : Measuring meters millimeters and centimeters.

Discussion : Meters (m) are the standard metric unit of length. The metric prefix centi means one hundredth. The prefix milli means one thousandth.

The homework exercise has 6 questions.

m to mm

m to cm

mm to m

mm to cm

cm to m

cm to mm

The equations are :

m = 1000 mm

m = 100 cm

cm = 10 mm

ALPHA : Numbers : Measurement 02 : Measuring Length : Meters And Kilometers : ALPHA Maths Homework Exercise

Description : Measuring meters and kilometers.

Discussion : Kilometers are commonly used for measuring land and nautical distance. The metric prefix kilo means one thousand.

The homework exercise has 2 questions.

m to km

km to m

The equations are :

km = 1000 m

ALPHA : Numbers : Measurement 03 : Measuring Mass : Kilograms Grams And Milligrams : ALPHA Maths Homework Exercise

Description : Measuring kilograms grams and milligrams.

Discussion : Grams (g) are the standard metric unit for mass. The metric prefix kilo means one thousand. The prefix milli means one thousandth.

The homework exercise has 6 questions.

g to kg

g to mg

kg to g

kg to mg

mg to g

mg to kg

The equations are :

kg = 1000 g

g = 1000 mg

ALPHA : Numbers : Measurement 04 : Measuring Mass : Kilograms And Tonnes : ALPHA Maths Homework Exercise

Description : Measuring kilograms and tonnes.

Discussion : Grams (g) are the standard metric unit for mass. The tonne is the approximate metric equivalent of the imperial ton. The tonne is equal to a Mega gram. Mega is the metric prefix for one million. Kilo is the metric prefix for one thousand.

The homework exercise has 2 questions.

kg to tonne

tonne to kg

The equations are :

tonne = 1000 kg

kg = 1000 g

ALPHA : Numbers : Measurement 05 : Measuring Volume : Liters Milliliters And Cubic Centimeters : ALPHA Maths Homework Exercise

Description : Measuring volume : liters milliliters and cubic centimeters.

Discussion : The standard metric unit of volume is the liter (l). One thousand liters equals one cubic meter. The metric prefix milli means one thousandth. One milli-liter (ml) is equal to one cubic centi-meter (cc).

The homework exercise has 5 questions.

l to ml

l to cc

ml to l

ml to cc

cc to l

The equations are :

l = 1000 ml

l = 1000 cc

cc = ml

ALPHA : Numbers : Measurement 06 : Measuring Volume : Liters And Cubic Meters : ALPHA Maths Homework Exercise

Description : Measuring volume : liters and cubic meters.

Discussion : The standard metric unit of volume is the liter (l). One thousand liters equals one cubic meter.

The homework exercise has 2 questions.

l to m³

m³ to l

The equations are :

m³ = 1000 l

ALPHA : Numbers : Measurement 07 : Measuring Angle : Degrees Radians Revolutions : ALPHA Maths Homework Exercise

Description : Measuring angle : degrees radians revolutions.

Discussion : Angles are commonly measured in degrees (a nautical measure), radians (mathematical measure) or revolutions (machine measure).

The homework exercise has 6 questions.

deg to rad

deg to rev

rad to deg

rad to rev

rev to deg

rev to rad

The equations are :

revolution = 360 degrees

revolution = 2 π radian

radian = 180 / π degrees

ALPHA : Numbers : Measurement 08 : Measuring Temperature : Degrees Celcius Kelvin And Fahrenhite : ALPHA Maths Homework Exercise

Description : Measuring temperature : degrees celcius kelvin and fahrenhite.

Discussion : Temperature is commonly measured in degrees Centigrade (SI unit), degrees Kelvin (absolute temperature unit), and degrees Fahrenhite (imperial temperature unit)

The homework exercise has 6 questions.

C to F

C to K

F to C

F to K

K to C

K to F

The equations are :

F = 9/5 C + 32

K = C + 273

C = 5/9 (F - 32)

K = 5/9 (F - 32) + 273

C = K - 273

F = 9/5 (K - 273) + 32

ALPHA : Numbers : Measurement 11 : Measuring Velocity : Meters Per Second And Kilometers Per Hour : ALPHA Maths Homework Exercise

Description : Measuring velocity : meters per second and kilometers per hour.

Discussion : Meters per second (m/s) is the standard metric unit for velocity. Velocity is also commonly measured using units kilometers per hour (kn/hr or kph). Other common units are meters per minute (m/min), and meters per hour (m/hr).

The homework exercise has 6 questions.

m/s to m/min

m/s to m/hr

m/s to kph

kph to m/s

kph to m/min

kph to m/hr

The equations are :

m/min = 60 m/s

m/hr = 3600 m/s

m/s = 3.6 kph

kph = 1000 m/hr

kph = 100/6 m/min

ALPHA : Numbers : Measurement 12 : Measuring Volume Rate : Liters Per Second And Cubic Meters Per Hour : ALPHA Maths Homework Exercise

Description : Measuring volume rate : liters per second and cubic meters per hour.

Discussion : The standard metric unit for volume flow rate or volume transfer rate is liters per second (l/s). Other common units include liters per minute (l/min), liters per hour (l/hr), and cubic meters per hour (m³/hr).

The homework exercise has 6 questions.

l/s to l/min

l/s to l/hr

l/s to m3/hr

m3/hr to l/s

m3/hr to l/min

m3/hr to l/hr

The equations are :

l/min = 60 l/s

l/hr = 3600 l/s

l/s = 3.6 m³/hr

m³/hr = 1000 l/hr

m³/hr = 100/6 l/min

ALPHA : Numbers : Measurement 13 : Measuring Mass Rate : Kilograms Per Second And Tonnes Per Hour : ALPHA Maths Homework Exercise

Description : Measuring mass rate : kilograms per second and tonnes per hour.

Discussion : The standard metric unit for mass flow rate or mass transfer rate is kilograms per second (kg/s). Other common units are kilogram per minute (kg/min), kilogram per hour (kg/hr), and tonne per hour (t/hr).

The homework exercise has 6 questions.

kg/s to kg/min

kg/s to kg/hr

kg/s to t/hr

t/hr to kg/s

t/hr to kg/min

t/hr to kg/hr

The equations are :

kg/min = 60 kg/s

kg/hr = 3600 kg/s

kg/s = 3.6 t/hr

t/hr = 1000 kg/hr

t/hr = 100/6 kg/min

ALPHA : Numbers : Measurement 21 : Measuring Velocity : Velocity Distance And Time : ALPHA Maths Homework Exercise

Description : Measuring velocity : velocity distance and time.

Discussion : Velocity is the rate of change of distance with respect to time. Average velocity is distance divided by time.

The homework exercise has 3 questions.

velocity v

distance d

time t

The equations are :

v = d / t

d = v s

t = d / v

where

v = average velocity (m/s)

d = distance (m)

t = time (s)

ALPHA : Numbers : Measurement 22 : Measuring Area : Area Width And Length : ALPHA Maths Homework Exercise

Description : Measuring area : area width and length.

Discussion : Area is equal to length times width.

The homework exercise has 3 questions.

area a v

length l

width w

The equations are :

a = l w

l = a / w

w = a / l

where

a = area (m²)

l = length (m)

w = width (m)

ALPHA : Numbers : Measurement 23 : Measuring Volume : Volume Width Length And Height : ALPHA Maths Homework Exercise

Description : Measuring volume : volume width length and height.

Discussion : Volume is equal to length times width times height.

The homework exercise has 3 questions.

volume v

length l

height h

The equations are :

v = l w h

l = v / (w h)

w = v / (l h)

h = v / (l w)

where

v = volume (m³)

l = length (m)

w = width (m)

h = height (m)

ALPHA : Numbers : Measurement 24 : Measuring Density : Density Mass And Volume : ALPHA Maths Homework Exercise

Description : Measuring density : density mass and volume.

Discussion : Density is equal to the mass per volume.

The homework exercise has 3 questions.

density d

mass m

volume v

The equations are :

d = m / v

m = d v

v = m / d

where

d = density (kg/m³)

m = mass (kg)

v = volume (m³)

ALPHA : Numbers : Measurement 25 : Measuring Mass Rate : Mass Rate Mass And Time : ALPHA Maths Homework Exercise

Description : Measuring mass rate : mass rate mass and time.

Discussion : Mass rate is equal to mass per time.

The homework exercise has 3 questions.

mass rate r

mass m

time t

The equations are :

r = m / t

m = r t

t = m / r

where

r = mass rate (kg/s)

m = mass (kg)

t = time (s)

ALPHA : Numbers : Measurement 26 : Measuring Volume Rate : Volume Rate Volume And Time : ALPHA Maths Homework Exercise

Description : Measuring volume rate : volume rate volume and time.

Discussion : Volume rate is equal to volume per time.

The homework exercise has 3 questions.

volume rate r

volume v

time t

The equations are :

r = v / t

v = r t

t = v / r

where

r = volume rate (m³/s)

v = volume (m³)

t = time (s)

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