Axis Components

from the position at t = 4 s to find the displacement Δx = 12 m. (f) The position at t = 2 s is subtracted from the position at t = 4 s to give the displacement Δx = 14 m. Eq. 2-2, then, leads to vavg = Δx 14 m = = 7 m/s. Δt 2s (g) The horizontal axis is 0 ≤ t ≤ 4 with SI units understood. Not shown is a straight line drawn from the point at (t, x) = (2, –2) to the highest point shown (at t = 4 s) which would represent the answer for part (f). 6. (a) Using the fact that time =…

of this material may be reproduced, in any form or by any means, without permission in writing from the publisher. *5–12. Determine the tension in the cord and the horizontal and vertical components of reaction at support A of the beam in Prob. 5–4. •5–13. Determine the horizontal and vertical components of reaction at C and the tension in the cable AB for the truss in Prob. 5–5. 325 05a Ch05a 319-360.indd 325 6/12/09 8:42:48 AM © 2010 Pearson Education, Inc., Upper…

from the position at t = 4 s to find the displacement Δx = 12 m. (f) The position at t = 2 s is subtracted from the position at t = 4 s to give the displacement Δx = 14 m. Eq. 2-2, then, leads to vavg = Δx 14 m = = 7 m/s. Δt 2s (g) The horizontal axis is 0 ≤ t ≤ 4 with SI units understood. Not shown is a straight line drawn from the point at (t, x) = (2, –2) to the highest point shown (at t = 4 s) which would represent the answer for part (f). 6. (a) Using the fact that time =…

from the position at t = 4 s to find the displacement Δx = 12 m. (f) The position at t = 2 s is subtracted from the position at t = 4 s to give the displacement Δx = 14 m. Eq. 2-2, then, leads to vavg = Δx 14 m = = 7 m/s. Δt 2s (g) The horizontal axis is 0 ≤ t ≤ 4 with SI units understood. Not shown is a straight line drawn from the point at (t, x) = (2, –2) to the highest point shown (at t = 4 s) which would represent the answer for part (f). 6. (a) Using the fact that time =…

from the position at t = 4 s to find the displacement Δx = 12 m. (f) The position at t = 2 s is subtracted from the position at t = 4 s to give the displacement Δx = 14 m. Eq. 2-2, then, leads to vavg = Δx 14 m = = 7 m/s. Δt 2s (g) The horizontal axis is 0 ≤ t ≤ 4 with SI units understood. Not shown is a straight line drawn from the point at (t, x) = (2, –2) to the highest point shown (at t = 4 s) which would represent the answer for part (f). 6. (a) Using the fact that time =…

position at t = 4 s to find the displacement Δx = 12 m. (f) The position at t = 2 s is subtracted from the position at t = 4 s to give the displacement Δx = 14 m. Eq. 2-2, then, leads to vavg = Δx 14 m = = 7 m/s. Δt 2s (g) The horizontal axis is 0 ≤ t ≤ 4 with SI units understood. Not shown is a straight line drawn from the point at (t, x) = (2, –2) to the highest point shown (at t = 4 s) which would represent the answer for part (f). 6. (a) Using the fact that time =…

from the position at t = 4 s to find the displacement Δx = 12 m. (f) The position at t = 2 s is subtracted from the position at t = 4 s to give the displacement Δx = 14 m. Eq. 2-2, then, leads to vavg = Δx 14 m = = 7 m/s. Δt 2s (g) The horizontal axis is 0 ≤ t ≤ 4 with SI units understood. Not shown is a straight line drawn from the point at (t, x) = (2, –2) to the highest point shown (at t = 4 s) which would represent the answer for part (f). 6. (a) Using the fact that time =…

from the position at t = 4 s to find the displacement Δx = 12 m. (f) The position at t = 2 s is subtracted from the position at t = 4 s to give the displacement Δx = 14 m. Eq. 2-2, then, leads to vavg = Δx 14 m = = 7 m/s. Δt 2s (g) The horizontal axis is 0 ≤ t ≤ 4 with SI units understood. Not shown is a straight line drawn from the point at (t, x) = (2, –2) to the highest point shown (at t = 4 s) which would represent the answer for part (f). 6. (a) Using the fact that time =…

Permite extrudar um perfil aberto como sólido, já existindo um corpo sólido. REVOLVE: Comando para executar Revolução de Figuras em torno de um eixo; SHAPE: Escolhemos primeiramente o Profile, ou seja; a figura fechada que será revolucionada. AXIS: Em seguida escolhemos o EIXO da revolução. OUTPUT: Resultado de saída, se um sólido ou uma superfície. JOIN / CUT / INTERSECTION: Se o resultado irá Adicionar, Cortar ou a Intersecção de ambos é o que interessa. FULL: Revolução…

from the position at t = 4 s to find the displacement Δx = 12 m. (f) The position at t = 2 s is subtracted from the position at t = 4 s to give the displacement Δx = 14 m. Eq. 2-2, then, leads to vavg = Δx 14 m = = 7 m/s. Δt 2s (g) The horizontal axis is 0 ≤ t ≤ 4 with SI units understood. Not shown is a straight line drawn from the point at (t, x) = (2, –2) to the highest point shown (at t = 4 s) which would represent the answer for part (f). 6. (a) Using the fact that time =…