English, asked by prativasahoo198021, 6 months ago

why did richard ebright collected only butterfly?​

Answers

Answered by manishyadav482795
2

Answer:

Hey mate here is the best answer you need I hope it is helpful to you please follow me and mark as brainliest

Explanation:

Richard Ebright lost interest in tagging butterflies as it was tedious and there was not much feedback. He could recapture only two butterflies in all the time he did it and they were not more than seventy five miles away from where he lived.

Previous Question
Next Question
Similar questions
English, 3 months ago
What do you think managers can do to let disabled workers find the "right place" in an organization? How can disabled employees help in this process? Explain​...
Science, 3 months ago
Identify the technique shown in the diagram. Name the technique and write its one use.​
Math, 3 months ago
Express each of the following equations in the form of ax + by + c = 0 and write the values of a, band c. Page No. 126 1) 3x + 4y = 5 ii) x-5 = 3y iii) 3x = y iv) iv) y 1 v) 3x - 7 = 0​...
Chemistry, 6 months ago
Pls...explain this....​
Chemistry, 6 months ago
There are three shells in the atom of element 7 electrons are present in its outermost shell. a) Write the electronic configuration of the element b) What is its atomic number? c) In which period does this element belong to? d) In which group is this element included? e) Write the name and symbol of this element? f) To which family of element does this element be to?​
Chemistry, 11 months ago
An electron gun emits 2.0 ×1016 electrons per second. What electric current does this correspond to?
Chemistry, 11 months ago
Figure (32-E2) shows an arrangement to measure the emf ε and internal resistance r of a battery. The voltmeter has a very high resistance and the ammeter also has some resistance. The voltmeter reads 1.52 V when the switch S is open. When the switch is closed, the voltmeter reading drops to 1.45 V and the ammeter reads 1.0 A. Find the emf and the internal resistance of the battery. Figure 32-E2...
Chemistry, 11 months ago
The resistance of an iron wire and a copper wire at 20°C are 3.9 Ω and 4.1 Ω, respectively. At what temperature will the resistance be equal? Temperature coefficient of resistivity for iron is 5.0 × 10–3 K–1 and for copper, it is 4.0 × 10–3 K–1. Neglect any thermal expansion.