Question: Two advanced polymer sensors cost a total of \$88. If the price of each sensor increases by 12.5% due to higher graphene demand, what is the new total cost for six sensors?

["Advanced Polymer Sensors: How a 12.5% Price Hike Affects Bulk Purchases", "Recent supply chain dynamics in advanced materials have impacted the prices of cutting-edge polymer sensors—used in industries from healthcare to aerospace. Take, for example, a scenario where two high-performance polymer sensors cost $88 together. With growing demand for graphene-enhanced materials, each sensor’s price has increased by 12.5%. But how does this price jump affect the cost of purchasing six sensors?", "### Current Price of Each Sensor", "If two sensors total $88, the original cost per sensor is:\n[\n\frac{88}{2} = $44\n]", "### New Price After 12.5% Increase", "A 12.5% increase means each sensor’s price rises by:\n[\n44 \ imes 0.125 = $5.50\n]\nSo, the new price per sensor is:\n[\n44 + 5.50 = $49.50\n]", "### Total Cost for Six Sensors", "Now, multiplying the new price by six:\n[\n6 \ imes 49.50 = $297\n]", "### Conclusion", "After the 12.5% price increase due to higher graphene demand, the total cost for six advanced polymer sensors is $297. This example highlights how rising material costs in high-tech industries directly influence bulk procurement expenditures. For manufacturers and buyers, anticipating such pricing trends is key to maintaining budget accuracy and supply chain efficiency.", "---\nKeywords: polymer sensors, graphene demand, price increase impact, sensor cost calculation, advanced materials pricing, bulk purchase cost analysis"]