Sentence examples for different types of obstacles from inspiring English sources

Colours in Figure 6 represent different types of obstacles and correspond to the colours shown in Table 1.

Performance of different geometries in which velocity profile has been altered by putting different types of obstacles has been evaluated.

Butler says a "collaborative ID project," with Denver Human Services, Colorado Legal Services, Colorado Coalition for the Homeless, and Metro CareRing, works together to help poor people who face different types of obstacles in getting ID documents.

Week #3: 3 & 4 foot jumps, trot, canter, 2 point position, lead changes, work with different types of obstacles.

The interruption within the fluid flow is induced by different type of obstacles: wave like, trapezoid like and ladder like forms and the straight form of the gas flow channel.

Inasmuch as EJCs bind to mRNAs via protein interactions that are sequence independent, they provided a completely different type of obstacle than LNA oligonucleotides.

To highlight the methodology, a case study considers releases from a large container surrounded by different types of geometric units including sections with high obstacles, low obstacles, and no obstacles.

Gaps in equitable reimbursement for identical services by different types of professionals may also raise obstacles to effective collaboration when providing maternity care across all settings [ 50].

Educational purposes include: teaching the student how to design a stable electromechanical platform, exploring different types of sensors to navigate around any obstacles, interfacing different electronic components to a microcontroller, and demonstrating how to program the microcontroller chip in order to control a robotic platform.

However, our inability to identify the origins of different types of macroaggregates found in soils is an obstacle to describing and modeling their dynamics and associated processes (C sequestration; hydraulic properties).

Other modules, like the velocity regulating and the phase switching networks, enable the machines to perform omnidirectional walking as well as reactive behaviors, like obstacle avoidance and different types of tropisms.