Waecmaths
| Title | waecmaths question |
|---|---|
| Question 14 |
Given that ${{p}^{\tfrac{1}{3}}}=\frac{\sqrt[3]{q}}{r}$, make q the subject of the equation |
| Question 14 |
Make u the subject of the formula, $E=\frac{m}{2g}({{v}^{2}}-{{u}^{2}})$ |
| Question 11 |
Make p the subject of relation: $q=\frac{3p}{r}+\frac{s}{2}$ |
| Question 29 |
If $y=\frac{2\sqrt{{{x}^{2}}+m}}{3N}$ make x the subject of the formula |
| Question 14 |
Make s the subject of the relation: $p=s+\frac{s{{m}^{2}}}{nr}$ |
| Question 14 |
If $p=\tfrac{3}{5}\sqrt{\tfrac{q}{r}}$ express q in term of p and r |
| Question 42 |
Make w the subject of the relation $\frac{a+bc}{wd+f}=g$ |
| Question 34 |
If $P={{\left[ \frac{Q(R-T)}{15} \right]}^{\tfrac{1}{3}}}$ Make T the subject of the relation |
| Question 34 |
Make k the subject of the relation $T=\sqrt{\frac{Tk-H}{k-H}}$ |
| Question 14 |
Make f the subject of the relation $v=u+ft$ |
| Question 41 |
Make x the subject of the formula $d=\sqrt{\frac{6}{x}-\frac{y}{2}}$ |
| Question 8 |
If $F=\frac{9}{5}C+32$, find C when F =98.6 |
| Question 27 |
Make b the subject of the relation$lb=\tfrac{1}{2}(a+b)h$ |