branched

A tree has parts that grow out from its main trunk, like branches.

A branched road splits into different paths, going in various directions.

When a river is branched, it means it splits into smaller streams or paths.

A simple line does not split or go in multiple directions. It is just one line.

Yes, plant roots often spread out and divide into many smaller roots, which means they are branched.

A single piece of string is just one piece and does not split or divide into multiple parts, so it is not branched.

The passage says 'Many parts go out from the trunk. The tree has many branches.' This means the parts are branched.

The passage states, 'Then it goes into two different ways.'

The passage says, 'The points go in different directions from the handle.'

To 'branch' means to divide into smaller parts. In this case, the river divides into two streams.

Trees have 'branches' that extend from the main trunk.

A 'branched' family tree implies many different family lines or relatives.

When a road 'branches off', it means it splits into a different direction.

To 'branch out' means to expand into new areas or activities, often in business.

Rose bushes have 'branches' where the thorns are located.

The passage states, 'The main road is very branched, like a tree with many arms.'

The passage explains, 'This plant is very branched, which means it has many different parts growing out from the main one.'

The passage states, 'The highway looks very branched because of all these roads' (the smaller roads that come off it).

The word 'branched' describes something that divides into multiple parts, which fits the description of an oak tree's branches spreading out.

When a river divides into smaller streams, it is 'branched' or branching out.

A 'branched' department suggests it's an offshoot or division of a larger structure, appropriate for a new department to handle a specific area like online sales.

When a road splits into different directions, it 'branches' off.

A family tree often shows different 'branched' lines to represent different family members and their connections.

Similar to a road, when a path divides into multiple trails, it 'branches' into them.

A 'branched' path means it divides into multiple parts or directions.

When something is 'branched', it divides into multiple parts or directions, like a river splitting into smaller streams.

A tree's limbs extend in multiple directions from its main trunk, making it a branched system.

A branched object or system divides into multiple parts or directions. A straight road does not do this.

A family tree shows different lines of descendants, similar to how a branch divides, so it's a good example of 'branched'.

A 'branched' structure suggests multiple parts or departments, implying decisions might be made at various levels, not just by one person.

The context of expanding into new markets and creating numerous departments suggests a structure that divides into multiple parts, which aligns with 'branched'.

Capillaries form a complex, divided network for nutrient delivery, making 'branched' the most appropriate descriptor.

The idea of myriad thoughts and sub-thoughts stemming from core perceptions directly describes a 'branched' structure of consciousness.

A river delta is characterized by a main channel splitting into multiple waterways, making 'branched' the correct choice.

Tree limbs naturally divide and extend in multiple directions from the main trunk, which is perfectly described by 'branched'.

An algorithm with multiple conditional pathways, meaning it divides into different directions based on conditions, is accurately described as 'branched'.

The word 'branched' best describes a complex, non-linear organizational structure with multiple parts or directions, fitting the context of global expansion and hierarchy.

The description 'resembling a tree with numerous offshoots' directly indicates a 'branched' growth pattern, meaning it divides into multiple parts.

A 'branched' river system accurately describes a network of waterways dividing into multiple directions, typical of a delta, and nourishing wetlands.

A branched pathway, by definition, diverges into multiple directions, implying several potential destinations, not a single predetermined one.

A branched electrical circuit means the current divides into multiple paths, unlike a single continuous loop, which describes a series circuit.

A decision-making process with 'several possible outcomes or directions' perfectly aligns with the definition of 'branched', indicating divergence from a main source.

The passage explicitly states that 'tracing the exact lineage of every word or grammatical structure is often impossible, as many linguistic branches have become extinct or merged,' directly supporting this answer.

The passage states, 'This intricate branching allows the neuron to receive signals from thousands of other neurons,' indicating its primary function is to enhance signal reception.

The passage clearly states, 'This phenomenon, known as a delta, is formed by the deposition of sediment,' directly linking the branched river pattern to a delta.

The context of expanding into new markets and departments operating semi-autonomously suggests a structure that diverges from a single path, fitting the definition of 'branched'.

The phrase 'multitude of pathways' and 'sophisticated parallel processing' strongly indicate that these pathways diverge, making 'branched' the most appropriate descriptor.

A river delta is known for its multiple diverging channels, so an 'intricately branched network of waterways' accurately describes this phenomenon.

Phylogenetic trees illustrate evolutionary relationships where species diverge into multiple lineages, fitting the concept of 'branched' lineages.

A public transport system with 'numerous routes and connections' implies a non-linear, diverging network, which is best described as 'branched'.

When a decision-making process involves a 'series of options' and 'potential outcomes', it suggests diverging paths, making 'branched' the fitting choice.

The term 'branched' best describes an organizational structure that has expanded into new markets and has departments operating autonomously, suggesting a non-linear, multi-directional development.

Dendrites are known for their tree-like, multi-directional extensions, making 'branched' the most appropriate adjective to describe their structure in the context of neuronal communication.

A 'complex system' of tunnels implies multiple pathways and directions, which is accurately captured by the word 'branched'.

A branched river system is characterized by multiple streams and tributaries diverging and converging, not a single uninterrupted flow.

In computer science, a 'branched' algorithm (or branching logic) refers to execution paths that diverge based on conditions, allowing for non-sequential operations, whereas a straightforward sequential path would be linear.

The evolutionary tree of life is indeed branched, showing how different species have diverged from common ancestral lines, reflecting a multi-directional pattern of development.

The passage explicitly states, 'recent discoveries in microbial genetics suggest that this 'tree of life' might be more akin to a complex web, with extensive horizontal gene transfer blurring the distinct lines between what were once considered separate branches.' This directly answers the question.

The passage states, 'These extensions allow a single neuron to form thousands of connections with other neurons, creating an incredibly intricate network. The complexity of this branched architecture is directly correlated with the neuron's capacity for information processing and integration.' This clearly indicates its primary function.

The passage states, 'This decentralized and interconnected design ensures resilience; if one branch of the network fails, traffic can be rerouted through alternative paths. This inherent redundancy, a direct consequence of its branched structure, is what makes the internet so robust and resistant to single points of failure.' This directly answers the question about the advantage.