Convert Nanonewton to Gram-force

Nanonewton [nN]

Gram-force [gf]

Unit definitions

${10}^{-9}$ newtons equal one nanonewton.

Gram-force is the force exerted by a mass of one gram in standard gravity ($gₙ$) ($1\ \text{kgf} = 9.806\,65\ \text{N}$).

$$\text{Force}_{\text{gf}} = \frac{\text{Force}_{\text{nN}}}{9806650}$$

Convert $35.0\ \text{nN}$ to $\text{gf}$.

$$\text{Force}_{\text{gf}} = \frac{35.0}{9806650}$$

$$\text{Force}_{\text{gf}} = 0.000004$$

$$\therefore \ 35.0\ \text{nN} = 0.000004 \ \text{gf}$$

Convert $85.0\ \text{nN}$ to $\text{gf}$.

$$\text{Force}_{\text{gf}} = \frac{85.0}{9806650}$$

$$\text{Force}_{\text{gf}} = 0.000009$$

$$\therefore \ 85.0\ \text{nN} = 0.000009 \ \text{gf}$$

Convert $115.0\ \text{nN}$ to $\text{gf}$.

$$\text{Force}_{\text{gf}} = \frac{115.0}{9806650}$$

$$\text{Force}_{\text{gf}} = 0.000012$$

$$\therefore \ 115.0\ \text{nN} = 0.000012 \ \text{gf}$$

Convert $130.0\ \text{nN}$ to $\text{gf}$.

$$\text{Force}_{\text{gf}} = \frac{130.0}{9806650}$$

$$\text{Force}_{\text{gf}} = 0.000013$$

$$\therefore \ 130.0\ \text{nN} = 0.000013 \ \text{gf}$$

Convert $190.0\ \text{nN}$ to $\text{gf}$.

$$\text{Force}_{\text{gf}} = \frac{190.0}{9806650}$$

$$\text{Force}_{\text{gf}} = 0.000019$$

$$\therefore \ 190.0\ \text{nN} = 0.000019 \ \text{gf}$$