This mathematics problem involves applying core mathematical principles and formulas. Below you will find a complete step-by-step solution with detailed explanations for each step, helping you understand not just the answer but the method behind it.
ScanSolve AI Answer
a) Find the bearing of P from Q. 1. Diagram 1: The bearing of Q from P is 075^. To find the bearing of P from Q, we use the rule: if the bearing is less than 180^, add 180^. Bearing of P from Q = 075^ + 180^ = 255^ The bearing of P from Q is 255^. 2. Diagram 2: The bearing of Q from P is 250^. To find the bearing of P from Q, we use the rule: if the bearing is greater than 180^, subtract 180^. Bearing of P from Q = 250^ - 180^ = 070^ The bearing of P from Q is 070^. b) Find the bearing of Q from P. 3. Diagram 3: The bearing of Q from P is given as 130^. (Assuming the question intends for us to find the reverse bearing, i.e., the bearing of P from Q, as is common in these exercises and consistent with part a). If it literally means "find the bearing of Q from P" when it's already given, the answer is simply 130^. I will proceed with finding the bearing of P from Q.) The bearing of Q from P is 130^. To find the bearing of P from Q, we use the rule: if the bearing is less than 180^, add 180^. Bearing of P from Q = 130^ + 180^ = 310^ The bearing of P from Q is 310^. 4. Diagram 4: The diagram shows the bearing of P from Q is 085^. To find the bearing of Q from P, we use the rule: if the bearing is less than 180^, add 180^. Bearing of Q from P = 085^ + 180^ = 265^ The bearing of Q from P is 265^. Drop the next question 📸