A method in a user equipment, the method comprising: receiving long-term evolution uplink scheduling information for at least one long-term evolution uplink transmission occasion; receiving new radio uplink scheduling information for a new radio uplink transmission occasion; determining a long-term evolution uplink transmit power of a long-term evolution uplink transmission occasion of the at least one long-term evolution uplink transmission occasion; determining a first new radio uplink transmit power of the new radio uplink transmission occasion; determining whether the long-term evolution uplink transmission occasion of the at least one long-term evolution uplink transmission occasion overlaps in time with the new radio uplink transmission occasion; if the long-term evolution uplink transmission occasion of the at least one long-term evolution uplink transmission occasion overlaps in time with the new radio uplink transmission occasion, then: determining whether dynamic power sharing between long-term evolution and new radio is applicable for the new radio uplink transmission occasion; and determining a second new radio uplink transmit power based on there being a long-term evolution uplink transmission scheduled in the long-term evolution uplink transmission occasion, based on dynamic power sharing between long-term evolution and new radio being applicable for the new radio uplink transmission occasion, and based on the long-term evolution uplink transmit power summed with the first new radio uplink transmit power being higher than a threshold, where the second new radio uplink transmit power is determined such that the long-term evolution uplink transmit power summed with the second new radio uplink transmit power is not higher than the threshold; and transmitting the new radio uplink transmission using the second new radio transmit power without transmitting at least a portion of the scheduled long-term evolution uplink transmission. receiving long-term evolution uplink scheduling information for at least one long-term evolution uplink transmission occasion; receiving new radio uplink scheduling information for a new radio uplink transmission occasion; determining a long-term evolution uplink transmit power of a long-term evolution uplink transmission occasion of the at least one long-term evolution uplink transmission occasion; determining a first new radio uplink transmit power of the new radio uplink transmission occasion; determining whether the long-term evolution uplink transmission occasion of the at least one long-term evolution uplink transmission occasion overlaps in time with the new radio uplink transmission occasion; if the long-term evolution uplink transmission occasion of the at least one long-term evolution uplink transmission occasion overlaps in time with the new radio uplink transmission occasion, then: determining whether dynamic power sharing between long-term evolution and new radio is applicable for the new radio uplink transmission occasion; and determining a second new radio uplink transmit power based on there being a long-term evolution uplink transmission scheduled in the long-term evolution uplink transmission occasion, based on dynamic power sharing between long-term evolution and new radio being applicable for the new radio uplink transmission occasion, and based on the long-term evolution uplink transmit power summed with the first new radio uplink transmit power being higher than a threshold, where the second new radio uplink transmit power is determined such that the long-term evolution uplink transmit power summed with the second new radio uplink transmit power is not higher than the threshold; and transmitting the new radio uplink transmission using the second new radio transmit power without transmitting at least a portion of the scheduled long-term evolution uplink transmission. determining whether dynamic power sharing between long-term evolution and new radio is applicable for the new radio uplink transmission occasion; and determining a second new radio uplink transmit power based on there being a long-term evolution uplink transmission scheduled in the long-term evolution uplink transmission occasion, based on dynamic power sharing between long-term evolution and new radio being applicable for the new radio uplink transmission occasion, and based on the long-term evolution uplink transmit power summed with the first new radio uplink transmit power being higher than a threshold, where the second new radio uplink transmit power is determined such that the long-term evolution uplink transmit power summed with the second new radio uplink transmit power is not higher than the threshold; and based on there being a long-term evolution uplink transmission scheduled in the long-term evolution uplink transmission occasion, based on dynamic power sharing between long-term evolution and new radio being applicable for the new radio uplink transmission occasion, and based on the long-term evolution uplink transmit power summed with the first new radio uplink transmit power being higher than a threshold, where the second new radio uplink transmit power is determined such that the long-term evolution uplink transmit power summed with the second new radio uplink transmit power is not higher than the threshold; and transmitting the new radio uplink transmission using the second new radio transmit power without transmitting at least a portion of the scheduled long-term evolution uplink transmission.