To stack a 3-layer cake for a professional and stable presentation, start by placing the bottom layer on a cake board or serving plate. Spread a layer of frosting on top, then add the second layer. Repeat with frosting and the final layer. Insert dowels or straws into the cake to provide support, then chill the cake before serving to help it set and stay stable.
To stack tiered cakes for a professional and stable presentation, use dowel rods or cake pillars to support each layer. Place a cake board between each tier and use a sturdy base board. Make sure to level each cake layer before stacking and use a thick, stable frosting to hold the layers together.
To stack a wedding cake for a beautiful and stable presentation, start by placing a sturdy base on the bottom tier. Use dowels or pillars to support the upper tiers, ensuring they are level and centered. Add a thin layer of frosting between each tier to secure them in place. Finish by decorating the cake with flowers, ribbons, or other embellishments for a stunning display.
To create a stable Jenga tower, stack the blocks in a straight line, alternating the direction of each layer. Make sure each block is centered and aligned with the blocks below it to maintain balance and stability.
1.physical layer 2.data link 3.network 4.transport 5.session 6.presentation 7.application
Background.
the physical layer
Layer 2 or the 'Data' layer of the OSI model encapsulates either 'bits' from the physical layer (1)- moving up the TCP stack or 'Packets' from the Network layer (3)- going down the the stack. 7 - Application Layer DATA 6 - Presentation Layer DATA 5 - Session Layer DATA 4 - Transport Layer SEGMENT 3 - Network Layer PACKET 2 - Data Layer (Incorporating LLC and MAC) FRAME 1 - Physical Layer BIT A good nmemonic for remembering the data encapsulation in the OSI model is 'Don't Some Peolple Fry Bacon' - Data, Segments, Packets, Bits.
the hay stack in panfu is in the hey barn at the pony stable on your map. hope i helped x
Cubes are solid shapes that can stack neatly on top of each other, creating a stable structure.
The sixth OSI model layer is called the presentation layer. Protocols at this layer take care of manipulation tasks that transform data from one representation to another, such as translation, compression and encryption. In many cases, no such functions are required in a particular networking stack; if so, there may not be any protocol active at layer six.http://www.tcpipguide.com/free/t_PresentationLayerLayer6.htm
Network interface
17.