KEAM 2023 Physics and Chemistry Question Paper: Download Answer Key and Solutions PDF

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KEAM 2023 Physics and Chemistry Question Paper PDF is available here for download. KEAM 2023 Question Paper consists of 120 questions carrying 1 mark each. KEAM 2023 Question Paper May 17 Paper 1 includes two subjects Physics and Chemistry. The Physics and Chemistry paper includes 40 questions each while the Mathematics section includes a total of 80 questions.

KEAM 2023 Physics & Chemistry Question Paper with Answer Key PDF

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KEAM Questions

1.
Let α and β be such that α+β=π. If \(\cos\alpha=\frac{1}{\sqrt2}\), then the value of cot (β-α) is

∞
1
\(\frac{1}{2}\)
\(\frac{1}{4}\)
0

View Solution

2.
A projectile is thrown at a speed V and at an angle with the horizontal. If the speed at its maximum height is \(\frac{V}{3}\),then the value of tan θ is:

\(\sqrt{3}\)
\(\frac{1}{\sqrt{3}}\)
2\(\sqrt{2}\)
3
3\(\sqrt{3}\)

View Solution

3.
If \(x\) is a real number such that \(tanx+cotx=2\),then \(x=\)?

\( (n+\dfrac{1}{4})π,n∈Z\)
\((n+1)π,n∈Z\)
\( (n+\dfrac{1}{2})π,n∈Z\)
\(nπ,n∈Z\)
\( \dfrac{2}{3}nπ,n∈Z\)

View Solution

4.
Let \(k\) be a real number such that \(\sin \dfrac{3π}{14} \cos \dfrac{3π}{14} = k \cos \dfrac{π}{14}\).Then the value of \(4k\) is

\(1\)
\(2\)
\(3\)
\(4\)
\(0\)

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5.
\(∫\dfrac{x+5}{x^{2}+1}dx=\)

\( 3ln|x-1|-2ln|x+1|+C\)
\(2ln|x-1|-3ln|x+1|+C\)
\(ln|x-2|-ln|x+1|+C\)
\( ln|x+2|+ln|x+1|+C\)
\(2ln|x-1|+3ln|x-1|+C\)

View Solution

6.
An inductor coil with an internal resistance of 50 Ω stores magnetic field energy 180 mJ and dissipates energy as heat at the rate of 200 W when a constant current 9 passed through it. The inductance of the coil will be:

90 mH
120 mH
45 mH
30 mH
60 mH

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KEAM 2023 Physics & Chemistry Question Paper with Answer Key PDF

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KEAM Questions

1.
Let α and β be such that α+β=π. If \(\cos\alpha=\frac{1}{\sqrt2}\), then the value of cot (β-α) is

2.
A projectile is thrown at a speed V and at an angle with the horizontal. If the speed at its maximum height is \(\frac{V}{3}\),then the value of tan θ is:

3.
If \(x\) is a real number such that \(tanx+cotx=2\),then \(x=\)?

4.
Let \(k\) be a real number such that \(\sin \dfrac{3π}{14} \cos \dfrac{3π}{14} = k \cos \dfrac{π}{14}\).Then the value of \(4k\) is

5.
\(∫\dfrac{x+5}{x^{2}+1}dx=\)

6.
An inductor coil with an internal resistance of 50 Ω stores magnetic field energy 180 mJ and dissipates energy as heat at the rate of 200 W when a constant current 9 passed through it. The inductance of the coil will be:

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KEAM 2023 Physics & Chemistry Question Paper with Answer Key PDF

KEAM Previous Year Question Paper with Answer Key PDFs

Similar Exam Question Papers

KEAM Questions

1. Let α and β be such that α+β=π. If \(\cos\alpha=\frac{1}{\sqrt2}\), then the value of cot (β-α) is

2. A projectile is thrown at a speed V and at an angle with the horizontal. If the speed at its maximum height is \(\frac{V}{3}\),then the value of tan θ is:

3. If \(x\) is a real number such that \(tanx+cotx=2\),then \(x=\)?

4. Let \(k\) be a real number such that \(\sin \dfrac{3π}{14} \cos \dfrac{3π}{14} = k \cos \dfrac{π}{14}\).Then the value of \(4k\) is

5. \(∫\dfrac{x+5}{x^{2}+1}dx=\)

6. An inductor coil with an internal resistance of 50 Ω stores magnetic field energy 180 mJ and dissipates energy as heat at the rate of 200 W when a constant current 9 passed through it. The inductance of the coil will be:

KEAM News

KEAM 2024 Counselling

KEAM BArch Counselling 2024

KEAM PG Dental Counselling 2024

KEAM 2024 Rank List

Comments

SUBSCRIBE TO OUR NEWS LETTER

1.
Let α and β be such that α+β=π. If \(\cos\alpha=\frac{1}{\sqrt2}\), then the value of cot (β-α) is

2.
A projectile is thrown at a speed V and at an angle with the horizontal. If the speed at its maximum height is \(\frac{V}{3}\),then the value of tan θ is:

3.
If \(x\) is a real number such that \(tanx+cotx=2\),then \(x=\)?

4.
Let \(k\) be a real number such that \(\sin \dfrac{3π}{14} \cos \dfrac{3π}{14} = k \cos \dfrac{π}{14}\).Then the value of \(4k\) is

5.
\(∫\dfrac{x+5}{x^{2}+1}dx=\)

6.
An inductor coil with an internal resistance of 50 Ω stores magnetic field energy 180 mJ and dissipates energy as heat at the rate of 200 W when a constant current 9 passed through it. The inductance of the coil will be: