Unit | g₀ |
---|---|

Name | standard gravity |

Category | Acceleration |

Details | Unit g₀, also known as standard gravity, is a standard measure of acceleration used in the field of physics and engineering. It represents the average acceleration due to gravity experienced at the Earth's surface at sea level. Its purpose is to provide a standard reference point for calculations involving accelerations due to gravity. The value of standard gravity is approximately 9.80665 meters per second squared (m/s²). This means that an object in free fall near the Earth's surface will accelerate at a rate of 9.80665 m/s² towards the center of the Earth, in the absence of other forces (such as air resistance). Since gravitational acceleration varies slightly depending on latitude and altitude, the concept of standard gravity allows for more consistent and simplified calculations in engineering and physics applications. It is often represented by the symbol "g₀" or simply "g," and is commonly used as the base unit for experiments and calculations involving gravitational acceleration or force. |

g₀(standard gravity) to aGal(attogal)g₀(standard gravity) to am/h/s(attometre per hour per second)g₀(standard gravity) to am/h²(attometre per hour squared)g₀(standard gravity) to am/min/s(attometre per minute per second)g₀(standard gravity) to am/min²(attometre per minute squared)g₀(standard gravity) to am/s²(attometre per second squared)g₀(standard gravity) to cGal(centigal)g₀(standard gravity) to cm/h/s(centimetre per hour per second)g₀(standard gravity) to cm/h²(centimetre per hour squared)g₀(standard gravity) to cm/min/s(centimetre per minute per second)g₀(standard gravity) to cm/min²(centimetre per minute squared)g₀(standard gravity) to cm/s²(centimetre per second squared)g₀(standard gravity) to daGal(decagal)g₀(standard gravity) to dam/h/s(decametre per hour per second)g₀(standard gravity) to dam/h²(decametre per hour squared)g₀(standard gravity) to dam/min/s(decametre per minute per second)g₀(standard gravity) to dam/min²(decametre per minute squared)g₀(standard gravity) to dam/s²(decametre per second squared)g₀(standard gravity) to dGal(decigal)g₀(standard gravity) to dm/h/s(decimetre per hour per second)g₀(standard gravity) to dm/h²(decimetre per hour squared)g₀(standard gravity) to dm/min/s(decimetre per minute per second)g₀(standard gravity) to dm/min²(decimetre per minute squared)g₀(standard gravity) to dm/s²(decimetre per second squared)g₀(standard gravity) to EGal(exagal)g₀(standard gravity) to Em/h/s(exametre per hour per second)g₀(standard gravity) to Em/h²(exametre per hour squared)g₀(standard gravity) to Em/min/s(exametre per minute per second)g₀(standard gravity) to Em/min²(exametre per minute squared)g₀(standard gravity) to Em/s²(exametre per second squared)g₀(standard gravity) to fGal(femtogal)g₀(standard gravity) to fm/h/s(femtometre per hour per second)g₀(standard gravity) to fm/h²(femtometre per hour squared)g₀(standard gravity) to fm/min/s(femtometre per minute per second)g₀(standard gravity) to fm/min²(femtometre per minute squared)g₀(standard gravity) to fm/s²(femtometre per second squared)g₀(standard gravity) to ft/h/s(foot per hour per second)g₀(standard gravity) to ft/h²(foot per hour squared)g₀(standard gravity) to ft/min/s(foot per minute per second)g₀(standard gravity) to ft/min²(foot per minute squared)g₀(standard gravity) to ft/s²(foot per second squared)g₀(standard gravity) to Gal(gal)g₀(standard gravity) to GGal(gigagal)g₀(standard gravity) to Gm/h/s(gigametre per hour per second)g₀(standard gravity) to Gm/h²(gigametre per hour squared)g₀(standard gravity) to Gm/min/s(gigametre per minute per second)g₀(standard gravity) to Gm/min²(gigametre per minute squared)g₀(standard gravity) to Gm/s²(gigametre per second squared)g₀(standard gravity) to hGal(hectogal)g₀(standard gravity) to hm/h/s(hectometre per hour per second)g₀(standard gravity) to hm/h²(hectometre per hour squared)g₀(standard gravity) to hm/min/s(hectometre per minute per second)g₀(standard gravity) to hm/min²(hectometre per minute squared)g₀(standard gravity) to hm/s²(hectometre per second squared)g₀(standard gravity) to in/h/s(inch per hour per second)g₀(standard gravity) to in/h²(inch per hour squared)g₀(standard gravity) to in/min/s(inch per minute per second)g₀(standard gravity) to in/min²(inch per minute squared)g₀(standard gravity) to in/s²(inch per second squared)g₀(standard gravity) to kGal(kilogal)g₀(standard gravity) to km/h/s(kilometre per hour per second)g₀(standard gravity) to km/h²(kilometre per hour squared)g₀(standard gravity) to km/min/s(kilometre per minute per second)g₀(standard gravity) to km/min²(kilometre per minute squared)g₀(standard gravity) to km/s²(kilometre per second squared)g₀(standard gravity) to m/h/s(metre per hour per second)g₀(standard gravity) to m/h²(metre per hour squared)g₀(standard gravity) to m/min/s(metre per minute per second)g₀(standard gravity) to m/min²(metre per minute squared)g₀(standard gravity) to m/s²(metre per second squared)g₀(standard gravity) to MGal(megagal)g₀(standard gravity) to mGal(milligal)g₀(standard gravity) to mi/h/s(mile per hour per second)g₀(standard gravity) to mi/h²(mile per hour squared)g₀(standard gravity) to mi/min/s(mile per minute per second)g₀(standard gravity) to mi/min²(mile per minute squared)g₀(standard gravity) to mi/s²(mile per second squared)g₀(standard gravity) to Mm/h/s(megametre per hour per second)g₀(standard gravity) to mm/h/s(millimetre per hour per second)g₀(standard gravity) to Mm/h²(megametre per hour squared)g₀(standard gravity) to mm/h²(millimetre per hour squared)g₀(standard gravity) to Mm/min/s(megametre per minute per second)g₀(standard gravity) to mm/min/s(millimetre per minute per second)g₀(standard gravity) to Mm/min²(megametre per minute squared)g₀(standard gravity) to mm/min²(millimetre per minute squared)g₀(standard gravity) to Mm/s²(megametre per second squared)g₀(standard gravity) to mm/s²(millimetre per second squared)g₀(standard gravity) to nGal(nanogal)g₀(standard gravity) to nm/h/s(nanometre per hour per second)g₀(standard gravity) to nm/h²(nanometre per hour squared)g₀(standard gravity) to nm/min/s(nanometre per minute per second)g₀(standard gravity) to nm/min²(nanometre per minute squared)g₀(standard gravity) to nm/s²(nanometre per second squared)g₀(standard gravity) to PGal(petagal)g₀(standard gravity) to pGal(picogal)g₀(standard gravity) to Pm/h/s(petametre per hour per second)g₀(standard gravity) to pm/h/s(picometre per hour per second)g₀(standard gravity) to Pm/h²(petametre per hour squared)g₀(standard gravity) to pm/h²(picometre per hour squared)g₀(standard gravity) to Pm/min/s(petametre per minute per second)g₀(standard gravity) to pm/min/s(picometre per minute per second)g₀(standard gravity) to Pm/min²(petametre per minute squared)g₀(standard gravity) to pm/min²(picometre per minute squared)g₀(standard gravity) to Pm/s²(petametre per second squared)g₀(standard gravity) to pm/s²(picometre per second squared)g₀(standard gravity) to TGal(teragal)g₀(standard gravity) to Tm/h/s(terametre per hour per second)g₀(standard gravity) to Tm/h²(terametre per hour squared)g₀(standard gravity) to Tm/min/s(terametre per minute per second)g₀(standard gravity) to Tm/min²(terametre per minute squared)g₀(standard gravity) to Tm/s²(terametre per second squared)g₀(standard gravity) to yd/h/s(yard per hour per second)g₀(standard gravity) to yd/h²(yard per hour squared)g₀(standard gravity) to yd/min/s(yard per minute per second)g₀(standard gravity) to yd/min²(yard per minute squared)g₀(standard gravity) to yd/s²(yard per second squared)g₀(standard gravity) to yGal(yoctogal)g₀(standard gravity) to YGal(yottagal)g₀(standard gravity) to ym/h/s(yoctometre per hour per second)g₀(standard gravity) to Ym/h/s(yottametre per hour per second)g₀(standard gravity) to ym/h²(yoctometre per hour squared)g₀(standard gravity) to Ym/h²(yottametre per hour squared)g₀(standard gravity) to ym/min/s(yoctometre per minute per second)g₀(standard gravity) to Ym/min/s(yottametre per minute per second)g₀(standard gravity) to ym/min²(yoctometre per minute squared)g₀(standard gravity) to Ym/min²(yottametre per minute squared)g₀(standard gravity) to ym/s²(yoctometre per second squared)g₀(standard gravity) to Ym/s²(yottametre per second squared)g₀(standard gravity) to zGal(zeptogal)g₀(standard gravity) to ZGal(zettagal)g₀(standard gravity) to zm/h/s(zeptometre per hour per second)g₀(standard gravity) to Zm/h/s(zettametre per hour per second)g₀(standard gravity) to zm/h²(zeptometre per hour squared)g₀(standard gravity) to Zm/h²(zettametre per hour squared)g₀(standard gravity) to zm/min/s(zeptometre per minute per second)g₀(standard gravity) to Zm/min/s(zettametre per minute per second)g₀(standard gravity) to zm/min²(zeptometre per minute squared)g₀(standard gravity) to Zm/min²(zettametre per minute squared)g₀(standard gravity) to zm/s²(zeptometre per second squared)g₀(standard gravity) to Zm/s²(zettametre per second squared)g₀(standard gravity) to µGal(microgal)g₀(standard gravity) to µm/h/s(micrometre per hour per second)g₀(standard gravity) to µm/h²(micrometre per hour squared)g₀(standard gravity) to µm/min/s(micrometre per minute per second)g₀(standard gravity) to µm/min²(micrometre per minute squared)g₀(standard gravity) to µm/s²(micrometre per second squared)