299246 The angles between North and West and South and East are:

299247 If 2x + 3y + 4 = 0 & \(\lambda\text{x}+\text{ky}+2=0\) are identical lines then \(3\lambda-2\text{k}=\)

299248 In Fig. if PQ || RS and QR || TS, then the value a is:
6

299249 The angles x – 10° and 190° – x are:

299250 In Fig. a and b are:
7

299246 The angles between North and West and South and East are:

299247 If 2x + 3y + 4 = 0 & \(\lambda\text{x}+\text{ky}+2=0\) are identical lines then \(3\lambda-2\text{k}=\)

299248 In Fig. if PQ || RS and QR || TS, then the value a is:
6

299249 The angles x – 10° and 190° – x are:

299250 In Fig. a and b are:
7

299246 The angles between North and West and South and East are:

299247 If 2x + 3y + 4 = 0 & \(\lambda\text{x}+\text{ky}+2=0\) are identical lines then \(3\lambda-2\text{k}=\)

299248 In Fig. if PQ || RS and QR || TS, then the value a is:
6

299249 The angles x – 10° and 190° – x are:

299250 In Fig. a and b are:
7

299246 The angles between North and West and South and East are:

299247 If 2x + 3y + 4 = 0 & \(\lambda\text{x}+\text{ky}+2=0\) are identical lines then \(3\lambda-2\text{k}=\)

299248 In Fig. if PQ || RS and QR || TS, then the value a is:
6

299249 The angles x – 10° and 190° – x are:

299250 In Fig. a and b are:
7

299246 The angles between North and West and South and East are:

299247 If 2x + 3y + 4 = 0 & \(\lambda\text{x}+\text{ky}+2=0\) are identical lines then \(3\lambda-2\text{k}=\)

299248 In Fig. if PQ || RS and QR || TS, then the value a is:
6

299249 The angles x – 10° and 190° – x are:

299250 In Fig. a and b are:
7