An environmental project uses $120,000 to fund 3 tasks: sensors, delivery, and training. Sensors cost twice delivery, and training costs $10,000 less than delivery. How much goes to sensors?

An environmental project uses $120,000 to fund 3 tasks: sensors, delivery, and training. Sensors cost twice delivery, and training costs $10,000 less than delivery. How much goes to sensors?

How $120,000 Was Allocated to a Green Initiative — Sensors Got $60,000

A recent environmental project successfully secured $120,000 in funding to advance sustainable monitoring efforts. The budget was divided across three core tasks: sensor deployment, delivery of equipment, and staff training — each carefully planned to maximize ecological impact.

Budget Breakdown: Sensors, Delivery, and Training According to project leaders, the allocation follows a logical cost distribution:

  • Sensors received twice the funding of delivery.
  • Training cost $10,000 less than delivery.
  • Total spending reached exactly $120,000.

Let’s Solve the Problem Let delivery cost = D Then, sensors cost = 2D And training = D – $10,000

Setting up the equation: D + 2D + (D – 10,000) = 120,000 Combining terms: 4D – 10,000 = 120,000 Add 10,000 to both sides: 4D = 130,000 Divide by 4: D = 32,500

Now calculate sensors: Sensors cost = 2D = 2 × 32,500 = $60,000

Thus, $60,000 was allocated to sensors — a critical component enabling precise environmental data collection across the project’s monitoring sites.

This balanced spending supports a transparent, effective approach to ecological stewardship. Sensors play a key role in ensuring accurate, real-time insights, helping guide future conservation strategies efficiently.

Keywords: environmental project, $120,000 budget, sensors funding, delivery cost, training expenses, eco-monitoring, project allocation, sustainability finance

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