A $B = A + C$ B $B = A - C$ C $B = A \div C$ D $B = C - A$

A $a = F + m$ B $a = m \div F$ C $a = F \times m$ D $a = F \div m$

A $w = V \div (l \times h)$ B $w = V \times l \times h$ C $w = V \div (l + h)$ D $w = l \times h \div V$

A $v = \sqrt{\frac{m}{2E}}$ B $v = \frac{m}{2E}$ C $v = \frac{E}{2m}$ D $v = \sqrt{\frac{2E}{m}}$

A $t = P \times W$ B $t = \frac{P}{W}$ C $t = \frac{W}{P}$ D $t = P \div W$

A $r = t \div d$ B $r = \frac{t}{d}$ C $r = d \times t$ D $r = \frac{d}{t}$

A $r = C \times 2\pi$ B $r = \frac{2\pi}{C}$ C $r = 2C\pi$ D $r = \frac{C}{2\pi}$

A $T = \frac{nR}{PV}$ B $T = \frac{PV}{nR}$ C $T = nR \times PV$ D $T = PV \div nR$

A $t = a \times (v_f - v_i)$ B $t = \frac{v_f - v_i}{a}$ C $t = \frac{a}{v_f - v_i}$ D $t = v_f - v_i \div a$

A $r = \sqrt{\frac{G m_1 m_2}{F}}$ B $r = \frac{G m_1 m_2}{F}$ C $r = \sqrt{\frac{F}{G m_1 m_2}}$ D $r = \frac{F}{G m_1 m_2}$