7 questions · timed · auto-graded
| Column 1 | Column 2 | ||
| Q.1. | $\triangle X Y Z$ if $\angle Y=90^{\circ}$ and $XY = YZ$ ,then $\angle X=$ | A. | 45° |
| Q.2. | in$\triangle X Y Z$ if $XY = XZ$ and $\angle X=80^{\circ}$,then $\angle Y=$ | B. | 50° |
| C. | 20° |
| Column 1 | Column 2 | ||
| Q.1. | in$\triangle A B C$ and $\triangle P Q R$ ,if $\frac{A B}{P Q}=\frac{B C}{R Q}=\frac{A C}{P R}=1$ ,then $\triangle A B C \cong \triangle$ | A. | ABC |
| Q.2. | in $\triangle A B C$ and $\triangle X Y Z$ if $\angle A=\angle X, \angle C=\angle Z$ and $AB =$ XY ,then $\triangle A B C \cong \triangle$ | B. | PQR |
| C. | XYZ |
| Column 1 | Column 2 | ||
| Q.1. | $\Delta P Q R$ and $\Delta X Y Z$ ,if $\angle P=\angle Z, \angle Q=\angle Y$ and $PQ = YZ$ ,then $\Delta PQR \cong \Delta \ldots \ldots $ | A. | YXZ |
| Q.2. | in$\Delta ABC$ and $\Delta XYZ$ ,if $\angle A =\angle X , \angle C =\angle Z$ and $AB = XY$ ,then $\Delta ABC \cong \Delta \ldots \ldots .$ | B. | ZYX |
| C. | XYZ |
| Column 1 | Column 2 | ||
| Q.1. | if $\Delta P Q R \cong \Delta Y X Z$ , then $\angle \ldots \ldots . .=\angle YZX$. | A. | RQP |
| Q.2. | In $\Delta ABC$ and $\Delta PQR$ ,if $AB = QR , BC = PQ$ and $AC = PR$, then $\Delta ABC \cong \Delta \ldots \ldots .$. | B. | PRQ |
| C. | QRP |
| Column 1 | Column 2 | ||
| Q.1. | In $\Delta ABC$ and $\Delta PQR$ , if $AB = PQ , BC = PR$ ,and $\angle B =\angle P$ , then $\Delta ABC \cong\ldots\ldots$. | A. | $\Delta RPQ$ |
| Q.2. | In $\Delta ABC$ and $\Delta PQR$ ,if$\frac{ AB }{ PR }=\frac{ BC }{ QP }=\frac{ CA }{ RQ }=1$ , then $\Delta ABC \cong\ldots\ldots$ | B. | $\Delta QPR$ |
| C. | $\Delta PQR$ |
