Mobile cloud computing is a developing field in parallel processing and distributed computing region. Mobile cloud computing familiarity is exponentially greater because of its characteristics like on-request benefit, versatility, adaptability, and security. Cloud encourages both computational and storage service to its clients. This decreases maintenance and deployment cost support for any organization. Therefore, cloud computing has expanded significantly. To be specific, cloud service providers (CSP) necessities the resource utilization an ideal way. To make use of resource effectively, scheduling taskplays a significant role. Scheduling helps in allocating the tasks in the cloud environment. The task scheduler orchestrates tasks in queue for accessible associated assets. Furthermore, the created portable information movement has been violently developing and has turned into a serve load on versatile system administrators. To address such a confront in versatile systems, a successful approach is to managing data traffic by utilizing advanced technologies (e.g., Wi-Fi network, small cell network, so on) to accomplish portable data offloading This course of action benefits cloud service providers to accomplish most extreme execution in cost effective way. Here, a broad investigation of some scheduling algorithm that plans to diminish the energy consumption, while assigning different tasks in mobile cloud condition is finished. The merits and demerits of these existing algorithms are further identified.