No, the primary consumer are herbivores whereas the secondary consumer is carnivores.
Primary consumers are organisms that primarily eat producers, such as plants, and are typically herbivores. In contrast, secondary consumers are those that eat primary consumers, often including carnivores or omnivores. Both groups play essential roles in the food chain and ecosystem, contributing to energy transfer and nutrient cycling. Additionally, both primary and secondary consumers are vital for maintaining ecological balance and supporting biodiversity.
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Primary: 33% Secondary: 15% Tertiary: 52% Same as Philipenis'
If the number of turns in the primary is the same as the secondary, this would be an isolation transformer. Primary and secondary voltages should match (minus the inherent transformer losses), as should the current.
When the primary and secondary voltages are the same the transformer is being used for isolation. The secondary side will have galvanic isolation from the primary side. The purpose of the is to protect secondary load if a fault occurs on the primary side. The impedance of the transformer will limit the fault current on the secondary which should save equipment.
What is the question
Carnivores are secondary consumers because herbivores are primary because they eat the plants that contain all the energy and carnivore doesn't eat plants but eats the herbivores. fx: plants is a food for deer and deer is a food for lions.
No a Secondary Resource is totally different from a Primary Resource so it can't be the same. Primary Resource-The person who was there on that occasion Secondary Resource-The person who was not there on that occasion but knows a lot about it
Insects, rodents, rabbits, hares and some birds and lizards and tortoises are the primary consumers in most desert habitats. Deer, bison and various antelope species are also primary consumers.
The number of primary and secondary turns, or turns ratio, determine the secondary voltage given a particular primary voltage. So, for instance, if the primary voltage is 480/277 wye, and the desired secondary voltage is 208/120 wye, the turns ratio would be 2.3:1. If the primary and secondary voltages are the same, then yes, the number of turns on primary and secondary would be the same. But if you're not converting delta to wye or vice-versa, why would you have a transformer with the same input and output voltage, other than an isolation transformer?