'Orthogonal views' diaporamas de présentation

Cube-n-ometry Unit

560 views • 45 slides

New Progresses of DTI-Map, a Program for DTI Computation and Fiber Tracking

New Progresses of DTI-Map, a Program for DTI Computation and Fiber Tracking. Hangyi Jiang, Peter van Zijl, Susumu Mori. Dept. of Radiology Johns Hopkins University School of Medicine. F.M. Kirby Research Center for Functional Brain Imaging. All-in-One Strategy.

366 views • 24 slides

8-4

8-4. Drawing Three-Dimensional Figures. Warm Up. Problem of the Day. Lesson Presentation. Course 3. 8-4. Drawing Three-Dimensional Figures. Course 3. Warm Up. Find the circumference of each circle, both in terms of p and to the nearest tenth. Use 3.14 for p. 5 ? m; 15.7 m.

304 views • 18 slides

8-4

8-4. Drawing Three-Dimensional Figures. Warm Up. Problem of the Day. Lesson Presentation. Course 3. 8-4. Drawing Three-Dimensional Figures. Course 3. Warm Up. Find the circumference of each circle, both in terms of p and to the nearest tenth. Use 3.14 for p. 5 ? m; 15.7 m.

191 views • 18 slides

Neuroanatomical correlates of intellectual ability across lifespan

Anchor Study. By Suzanne Goh , Ravi Bansal , Dongrong Xu , Xuejun Hao , Jun Liu, Bradley S. Peterson. Neuroanatomical correlates of intellectual ability across lifespan. Aim/Goal.

294 views • 17 slides

Warm Up

8-4. Drawing Three-Dimensional Figures. Course 3. Warm Up. Find the circumference of each circle, both in terms of p and to the nearest tenth. Use 3.14 for p. 5 ? m; 15.7 m. 1. radius 2.5 m. 2. diameter 8.8 cm. 8.8 ? cm; 27.6 cm.

193 views • 11 slides

Point, Edge, and Surface Tracking

Point, Edge, and Surface Tracking. Sections 10.06 and 11.05.03-.04 of Text . Objectives . Use the principles of orthographic projection to identify points, edges, and surfaces in orthogonal views. . Points in Orthographic Projection.

177 views • 8 slides

Point, Edge, and Surface Tracking

Point, Edge, and Surface Tracking. Sections 10.06 and 11.05.03-.04 of Text . Objectives . Use the principles of orthographic projection to identify points, edges, and surfaces in orthogonal views. . Points in Orthographic Projection.

184 views • 8 slides