Energy

Lift an apple one metre

Lifting an apple one metre is the work needed to raise a small object against Earth's gravity over that distance.

How big is it?

1.765 J of energy

Energy · defined energy model

Scale illustration of Lift an apple one metre, calibrated to its energy measurement.
The marked energy represents 1.765 J.

A little perspective

About 5.88 times the energy emitted in 60 seconds of Single-mode laser pointer optical output.

Single-mode laser pointer optical output: Single-mode laser pointer optical output is the continuous visible light power emitted by a standard handheld laser pointer operating in a single spatial mode.

Linear measure
ENERGY STORED OR TRANSFERRED1.765 J0.3 J
02
Single-mode laser pointer optical output0.3 JEnergy emitted in 60 seconds
Bar length represents energy. Equal energy does not imply the same temperature, power or usefulness.
Measurements, assumptions & sources +

Lift an apple one metre

Work against gravity for a 180 g apple raised 1 m, using 9.80665 m/s² and rounding.

Defined examples — our methodology

The marked energy is calibrated. Unmeasured illustration details are representative.

Single-mode laser pointer optical output

A defined 5 mW visible laser pointer output. The 0.3 J comparison is power multiplied by 60 seconds; beam class, wavelength and actual output matter.

US FDA — Laser products and instruments

The marked energy emitted in 60 seconds is calibrated. Unmeasured illustration details are representative.

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Why this measurement?

Why we use 1.765 J

For comparison, this page uses energy. This is labelled defined energy model: an explicit comparison model rather than a claim that every example has the same value.

Work against gravity for a 180 g apple raised 1 m, using 9.80665 m/s² and rounding.

The identifying illustration and the numerical comparison remain separate. How calibrated comparisons work →

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Recorded properties

Lift an apple one metre dimensions and measurements

PropertySelected valueRecorded rangeBasis
1.765 JNot recordeddefined energy model

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Sources and method

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