1 Exam (elaborations) IB Physics Topic 7 Prep Exam Questions And All Correct Answers. 2 Exam (elaborations) IB Physics Topic 1 - Measurements and Uncertainties Prep Exam And Correct Answers. 3 Exam (elaborations) IB Physics Semester 1 Final Exam Questions Well Answered. 4 Exam (elaborations) IB ...
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Displacement - Answer Position of an object relative to its starting position. Velocity - Answer Rate of change of displacement. Speed - Answer Rate of change of distance. Acceleration - Answer Rate of change of velocity. Newton's First Law - Answer An object continues ...
Voorbeeld 2 van de 12 pagina's
In winkelwagenDisplacement - Answer Position of an object relative to its starting position. Velocity - Answer Rate of change of displacement. Speed - Answer Rate of change of distance. Acceleration - Answer Rate of change of velocity. Newton's First Law - Answer An object continues ...
nano (n) - Answer 10⁻⁹ micro (µ) - Answer 10⁻⁶ mega (M) - Answer 10⁶ SUVAT 1 - Answer s = ½t(u+v) SUVAT 2 - Answer s = ut + ½at² SUVAT 3 - Answer v² = u² + 2as force-mass relation (N) - Answer F = ma momentum (kgms⁻¹) - Answer p = mv ...
Voorbeeld 2 van de 6 pagina's
In winkelwagennano (n) - Answer 10⁻⁹ micro (µ) - Answer 10⁻⁶ mega (M) - Answer 10⁶ SUVAT 1 - Answer s = ½t(u+v) SUVAT 2 - Answer s = ut + ½at² SUVAT 3 - Answer v² = u² + 2as force-mass relation (N) - Answer F = ma momentum (kgms⁻¹) - Answer p = mv ...
Fundamental SI units - Answer kilogram (kg), metre (m), second (s), ampere (amp), mole (mol), kelvin (K) Random error - Answer An unpredictable and largely uncontrollable uncertainty. (Examples include human reaction time and other forms of human measurement.) (Random errors can be reduced ...
Voorbeeld 2 van de 11 pagina's
In winkelwagenFundamental SI units - Answer kilogram (kg), metre (m), second (s), ampere (amp), mole (mol), kelvin (K) Random error - Answer An unpredictable and largely uncontrollable uncertainty. (Examples include human reaction time and other forms of human measurement.) (Random errors can be reduced ...
Outline the evidence that supports a nuclear model of the atom. - Answer GEIGER-MARSDEN EXPERIMENT: •positive alpha particles fired at thin gold leaf •expected to travel straight through •some of alpha particles were deflected through huge angles •numbers being deflected at any given ...
Voorbeeld 2 van de 10 pagina's
In winkelwagenOutline the evidence that supports a nuclear model of the atom. - Answer GEIGER-MARSDEN EXPERIMENT: •positive alpha particles fired at thin gold leaf •expected to travel straight through •some of alpha particles were deflected through huge angles •numbers being deflected at any given ...
Which of the following is a scalar quantity? A. Weight B. Distance C. Velocity D. Momentum - Answer B. Distance Which of the following is a fundamental unit in the International System of units (S.I.)? A. Newton B. Ampere C. Joule D. Pascal - Answer B. Ampere Gravitational field ...
Voorbeeld 1 van de 4 pagina's
In winkelwagenWhich of the following is a scalar quantity? A. Weight B. Distance C. Velocity D. Momentum - Answer B. Distance Which of the following is a fundamental unit in the International System of units (S.I.)? A. Newton B. Ampere C. Joule D. Pascal - Answer B. Ampere Gravitational field ...
Rules for the number of significant figures - Answer - non-zeros are always significant - zeros in between non-zeros are significant - zeros that occur to the left of a non-zero are not significant - zeros that are to the right of the decimal point are significant -when there isn't a decim...
Voorbeeld 1 van de 3 pagina's
In winkelwagenRules for the number of significant figures - Answer - non-zeros are always significant - zeros in between non-zeros are significant - zeros that occur to the left of a non-zero are not significant - zeros that are to the right of the decimal point are significant -when there isn't a decim...
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