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A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table
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A rectangular wooden block has a mass of 4 kg the Length breadth and h...
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Pressure on the Table Top
To find the pressure on the table top when the wooden block is placed on it, we need to calculate the force exerted by the block on the table and then divide it by the area of contact between the block and the table.
Dimensions of the Block:
- Length (L) = 50 cm
- Breadth (B) = 25 cm
- Height (H) = 10 cm
Mass of the Block:
- Mass (m) = 4 kg
Area of Contact:
- When the block is kept with its surface measuring 50 cm × 25 cm on the table, the area of contact between the block and the table is given by the product of length and breadth.
- Area of contact (A1) = L * B
Force exerted by the Block:
- Force (F1) = mass * acceleration due to gravity
- F1 = m * g, where g is approximately 9.8 m/s²
Pressure on the Table:
- Pressure (P1) = Force/Area of contact
- P1 = F1/A1
Calculations:
- Area of contact (A1) = 50 cm * 25 cm = 1250 cm²
- Force (F1) = 4 kg * 9.8 m/s² = 39.2 N
- Pressure (P1) = 39.2 N / 1250 cm²
Explanation:
When the wooden block is kept with its surface measuring 50 cm × 25 cm on the table, the pressure exerted on the table top is calculated by dividing the force exerted by the block (which is equal to the weight of the block) by the area of contact between the block and the table.
Pressure on the Table Top (II)
To find the pressure on the table top when the block is placed with its surface measuring 25 cm × 10 cm on the table, we follow the same steps as above.
Area of Contact:
- When the block is kept with its surface measuring 25 cm × 10 cm on the table, the area of contact between the block and the table is given by the product of length and breadth.
- Area of contact (A2) = L * B
Force exerted by the Block:
- Force (F2) = mass * acceleration due to gravity
- F2 = m * g, where g is approximately 9.8 m/s²
Pressure on the Table:
- Pressure (P2) = Force/Area of contact
- P2 = F2/A2
Calculations:
- Area of contact (A2) = 25 cm * 10 cm = 250 cm²
- Force (F2) = 4 kg * 9.8 m/s² = 39.2 N
- Pressure (P2) = 39.2 N / 250 cm²
Explanation:
When the wooden block is kept with its surface measuring 25 cm × 10 cm on the table, the pressure exerted on the table top is calculated by dividing the force exerted by the block (
To find the pressure on the table top when the wooden block is placed on it, we need to calculate the force exerted by the block on the table and then divide it by the area of contact between the block and the table.
Dimensions of the Block:
- Length (L) = 50 cm
- Breadth (B) = 25 cm
- Height (H) = 10 cm
Mass of the Block:
- Mass (m) = 4 kg
Area of Contact:
- When the block is kept with its surface measuring 50 cm × 25 cm on the table, the area of contact between the block and the table is given by the product of length and breadth.
- Area of contact (A1) = L * B
Force exerted by the Block:
- Force (F1) = mass * acceleration due to gravity
- F1 = m * g, where g is approximately 9.8 m/s²
Pressure on the Table:
- Pressure (P1) = Force/Area of contact
- P1 = F1/A1
Calculations:
- Area of contact (A1) = 50 cm * 25 cm = 1250 cm²
- Force (F1) = 4 kg * 9.8 m/s² = 39.2 N
- Pressure (P1) = 39.2 N / 1250 cm²
Explanation:
When the wooden block is kept with its surface measuring 50 cm × 25 cm on the table, the pressure exerted on the table top is calculated by dividing the force exerted by the block (which is equal to the weight of the block) by the area of contact between the block and the table.
Pressure on the Table Top (II)
To find the pressure on the table top when the block is placed with its surface measuring 25 cm × 10 cm on the table, we follow the same steps as above.
Area of Contact:
- When the block is kept with its surface measuring 25 cm × 10 cm on the table, the area of contact between the block and the table is given by the product of length and breadth.
- Area of contact (A2) = L * B
Force exerted by the Block:
- Force (F2) = mass * acceleration due to gravity
- F2 = m * g, where g is approximately 9.8 m/s²
Pressure on the Table:
- Pressure (P2) = Force/Area of contact
- P2 = F2/A2
Calculations:
- Area of contact (A2) = 25 cm * 10 cm = 250 cm²
- Force (F2) = 4 kg * 9.8 m/s² = 39.2 N
- Pressure (P2) = 39.2 N / 250 cm²
Explanation:
When the wooden block is kept with its surface measuring 25 cm × 10 cm on the table, the pressure exerted on the table top is calculated by dividing the force exerted by the block (
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A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table
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A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table for Class 9 2024 is part of Class 9 preparation. The Question and answers have been prepared according to the Class 9 exam syllabus. Information about A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table covers all topics & solutions for Class 9 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table.
A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table for Class 9 2024 is part of Class 9 preparation. The Question and answers have been prepared according to the Class 9 exam syllabus. Information about A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table covers all topics & solutions for Class 9 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table.
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A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table, a detailed solution for A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table has been provided alongside types of A rectangular wooden block has a mass of 4 kg the Length breadth and height of this block 50,25 and 10 cm respectively find a pressure on the table top (I) When the wooden block is kept with the surface measuring 50 cm × 25 CM the table (II) When the table block is kept with its surface measuring 25 cm × 10 cm on the table theory, EduRev gives you an
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