Few positive particles aimed at a gold foil seemed to bounce back is the evidence that is responsible for the development of atomic model. Rutherford performed an experiment in which alpha particles are allowed to fire on the gold foil.
Some of the particles bounced back which tell us that there are heavy particles present in the center of an atom.
Most alpha particles pass through the atom which tell us that there is a lot of empty space in an atom.
There is also a slight deflection that occur due to similar charge that tells us the element which is present in the nucleus has positive charge.
The Gold Foil Experiment conducted by Rutherford, Geiger, and Marsden led to the development of the Rutherford Atomic Model. The results of the experiment suggested that atoms contain a densely packed, positively charged nucleus in the center with electrons orbiting around it, and mostly, atoms are composed of empty space.
The key experimental evidence that led to the development of the Rutherford atomic model from the Thomson model was the Gold foil experiment. As described, physicist Ernest Rutherford, along with Geiger and Marsden, pointed a beam of alpha particles at a thin piece of gold foil. They observed that a small fraction of these alpha particles bounced back, suggesting they hit a densely packed, positively charged center in the atom. Most alpha particles passed through the gold foil indicating that atoms are mostly empty space. These observations couldn't be explained by the previous atomic model (Thomson Model) where it was assumed that positive and negative charges were uniformly distributed throughout the atom. Therefore, Rutherford proposed a new model, where the atom consists mostly of empty space, with a densely packed, positively charged nucleus in the center and negatively charged electrons orbiting around it.
#SPJ12
Irregular galaxy
A galaxy that has an unidentified shape is best classified as an irregular galaxy.
An irregular galaxy is a galaxy that has an undefined regular shape. These galaxies are composed of large amounts of young stars, gas, and dust. Irregular galaxies are usually small, disorderly in appearance, and without a nuclear bulge or any trace of spiral arm shape. Examples of irregular galaxies are the small and large magellanic clouds.
O Reaching a conclusion in a scientific study means future study is no longer viable or necessary.
O Sociologists study very focused subjects in order to be able to answer all questions about it.
O The conclusion of a scientific study functions as both an end and a beginning.
Answer:
the conclusion of a scientific study functions as both an end and beginning
Answer:
Due to high blood pressure.
Explanation:
The physician recommend healthful life choices to the patient because the patient has high blood pressure. The normal range of blood pressure is 120/80 mm hg whereas the high blood pressure is considered to be 140/90mm Hg so we can say that the patient has high blood pressure which can be normalize by attaining healthful life style such as eating healthy food, regular exercise and avoiding stress.
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what is phycology is study of:
=>ALGAE
Algae (latin, alga= seaweed)are chlorophyllous nonvascular without embryo having cellulose cell wall and unicellular organs thyroid autotrophic organisms with the study of algae is called algology or phycology
William Henry Herbert is the father of modern pychology
MORE ABOUT ALGAE -:
Cloud 1: Long columns that stretch high into the sky; often bring heavy rains, snow, and hail
Cloud 2: Long, gray, and cover most of the sky; often bring light rain, sleet, or snow
Which statement is true about the clouds?
A) Cloud 1 is a cirrus cloud, and Cloud 2 is a cumulus cloud.
B) Cloud 1 is a cumulonimbus cloud, and Cloud 2 is a stratus cloud.
C) Cloud 1 is a stratus cloud, and Cloud 2 is a cumulonimbus cloud.
D) Cloud 1 is a cumulus cloud, and Cloud 2 is a cirrus cloud.
Explain Why
Answer:
The answer is B.
Explanation:
A cumulonimbus is the one that stretched really high and can bring so much precipetation.
The stratus cloud can also bring light rain, sleet, or snow too. And they also cover most of the sky.
Answer:
B
Explanation: