What is the answer to \vec{v}=-2\vec{i}+n-3a_{0} ?

The answer to \vec{v}=-2\vec{i}+n-3a_{0} is n=\vec{v}+2\vec{i}+3a_{0}

English

Español

Português

Français

Deutsch

Italiano

Русский

中文(简体)

한국어

日本語

Tiếng Việt

עברית

العربية

Popular >

\vec{v}=-2\vec{i}+n-3a_{0}

v = - 2 i + n - 3 a_{0}

n = v + 2 i + 3 a_{0}

Solution steps

v = - 2 i + n - 3 a_{0}

Switch sides

- 2 i + n - 3 a_{0} = v

Move

2 i

to the right side

n - 3 a_{0} = v + 2 i

Move

3 a_{0}

to the right side

n = v + 2 i + 3 a_{0}

b, a = 2 b + c

(8 x - 2) (3 x + 4) = (4 x + 3) (6 x - 2)

12 x + 2 = 10 x + 6

3 \cdot + y = 2

y = - 10 (1) + 2

What is the answer to \vec{v}=-2\vec{i}+n-3a_{0} ?
The answer to \vec{v}=-2\vec{i}+n-3a_{0} is n=\vec{v}+2\vec{i}+3a_{0}