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Q 1 please
QI A student measured the diameter and the height of a solid cylinder using a Vernier caliper, the height was 4.07 cm and the reading of diameter is shown in the figure, what is the volume of the cylinder, in cm³? A) 35.70 B) 18.14 C) 26.90 D) 9.37 Q2 Calculate the error, AV, of measuring the volume of the cylinder, in mm³? A) 91.68 B) 52.00 C) 69.78 Q3 An object moves with constant acceleration, the relation between the position of the object with time is shown in the figure what is the acceleration of the object, in m/s2? A) 4 B) 10 C) 6 Q4 Two forces F₁ = 2N and F₂ =4N are acting on an object as shown in the figure, the resultant force vector, in N, is? 100 D) 115.53 D) 8 10 A) 20.11 B) 35.19 C) 30.16 Q6 Which of the following statements is true concerning of the mechanical rough road: A) E-E< fk B) E-E> 0 C) E-E<0 T 40 30 B)-0.841+4.06) C)-0.21+3.31 D) 0.451+2.53) A) 1.1+1.8) Q5 An object makes 14 revolutions around a fix point in 5 seconds, where the distance between the object and the fix point is 2m, what is the speed of the object, in m/s? D) 25.13 energy of the car moving in a D) E₁ - E₁ = 0
Transcribed Image Text:QI A student measured the diameter and the height of a solid cylinder using a Vernier caliper, the height was 4.07 cm and the reading of diameter is shown in the figure, what is the volume of the cylinder, in cm³? A) 35.70 B) 18.14 C) 26.90 D) 9.37 Q2 Calculate the error, AV, of measuring the volume of the cylinder, in mm³? A) 91.68 B) 52.00 C) 69.78 Q3 An object moves with constant acceleration, the relation between the position of the object with time is shown in the figure what is the acceleration of the object, in m/s2? A) 4 B) 10 C) 6 Q4 Two forces F₁ = 2N and F₂ =4N are acting on an object as shown in the figure, the resultant force vector, in N, is? 100 D) 115.53 D) 8 10 A) 20.11 B) 35.19 C) 30.16 Q6 Which of the following statements is true concerning of the mechanical rough road: A) E-E< fk B) E-E> 0 C) E-E<0 T 40 30 B)-0.841+4.06) C)-0.21+3.31 D) 0.451+2.53) A) 1.1+1.8) Q5 An object makes 14 revolutions around a fix point in 5 seconds, where the distance between the object and the fix point is 2m, what is the speed of the object, in m/s? D) 25.13 energy of the car moving in a D) E₁ - E₁ = 0
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