Answer:
HI,
Step-by-step explanation:
3log_2y+log_25-log_2 10
should be written like :
To expand or condense the given expression, we can use the properties of logarithms.
To expand or condense the given expression, we can use the properties of logarithms. Based on the properties of logarithms:
Applying these properties, the expanded form of the expression is:
3log2(y) + log2(5) - log2(10) = log2(y3) + log2(5) - log2(10)
This expression cannot be further simplified unless the values of y, 5, and 10 are known.
Learn more about Logarithms here:
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The question lacks specific details, making it impossible to provide a structured and detailed response designed to meet the student's needs.
As the student question has not provided specific details or context about the topic they're struggling with, it's impossible to provide a clear, factual, and step-by-step explanation targetted to their needs. It is highly recommended that the student provides more details about the subject or the exact problem they are encountering in their grade 9 course to receive a structured and effective response. To help you understand better, could you please provide the specific question or topic you need assistance with? That way, I can provide a step-by-step explanation and relevant examples to help you.
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b. inventing analytic geometry
c. developing a heliocentric theory
Question 2.2. Which was not an accomplishment of Galileo Galilei?
a. creating a powerful telescope
b. writing the Principia Mathematica
c. confirming that the earth revolves around the sun
Question 3.3. Which best describes the influence of Isaac Newton's theory of universal gravitation?
a. It led to new insights into the nature of light.
It showed that the universe follows a set of predictable rules
Nicolaus Copernicus developed the heliocentric theory. Galileo Galilei did not write the Principia Mathematica but he did confirm the earth revolves around the sun with his improved telescope. Isaac Newton's theory of universal gravitation significantly advanced our understanding of the physical universe.
Nicolaus Copernicus is renowned for developing the heliocentric theory, according to which the sun is the centre of the universe and the earth and other planets revolve around it. This answer corresponds to option C in your question. Galileo Galilei, on the other hand, did not write the Principia Mathematica. This work was written by Sir Isaac Newton, and thus corresponds to option B of your second question. Galileo is well-known for advancing the telescope technology, and his observations confirmed the heliocentric system.
As for your third question, Isaac Newton's theory of universal gravitation revolutionized our understanding of the physical universe. While it did lead to new insights into light, it's most significant contribution is perhaps its explanation of how objects in the universe are attracted to each other, demonstrating that the same forces are at work in the heavens and on earth.
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Answer:
50 oranges
Step-by-step explanation:
Convert the measurements for them to be the same ie 4kg to g
1kg=1000g. 4kgx1000=4000g
4000g is the mass of all oranges
1 orange=80g
? =4000g that is 4000/80
=50 oranges
Answer:
50 oranges
Step-by-step explanation:
Since each orange is measured in grams, we convert the 4 kg to g to start.
4 kg is equal to 4000 g.
Each orange weighs 80 g, so we divide 80g into 4000g.
80 divided by 4000 equals 50.
50 oranges are in the box.
I Hope This Helps!
Find the slope of the line