Connecticut 2013 Regular Session

Connecticut House Bill HB06110

Introduced
1/25/13  

Caption

An Act Concerning Overvoting For A Candidate.

Impact

The implementation of HB 6110 is expected to enhance the integrity of the electoral process in the state by minimizing the instances of overvoting. By preventing ballots that attempt to vote for a single candidate more than once, the bill aims to improve the accuracy of election results and reinforce public confidence in the electoral system. This could also reduce the burden on election officials who must reconcile discrepancies when tallying votes that include overvoting.

Summary

House Bill 6110, introduced by Representative Altobello, addresses the issue of overvoting for a candidate within election ballots. The bill amends section 9-242 of the General Statutes to ensure that voting machines are adjusted to reject any ballots that contain multiple votes for the same candidate. This change aims to streamline the voting process and reduce the potential for confusion during vote tallying, which can arise when voters make errors in marking their preferences.

Contention

While the bill has the potential to strengthen the voting process, there may be discussions around its practical implementation. Opponents may argue that the technology used in voting machines may need significant updates to accommodate these adjustments effectively. Concerns might also arise regarding voters who inadvertently vote multiple times for a candidate due to misunderstandings about how to properly fill out their ballots.

Notable_points

The clear objective of HB 6110 to ensure that the voter's intent is accurately reflected in the election outcomes is a central point of discussion. Moreover, as ballot security remains a hotly debated topic, the bill's provisions may spark further conversations about the adequacy of existing voting technology and the ongoing need for reforms to enhance election administration.

Companion Bills

No companion bills found.

Similar Bills

No similar bills found.