Determine the impact for the weight: Determine the impact from the current: Determine the impact of the interaction of both variables: Determine the Experimental Error Deviation: Determine the Experimental T for weight: Determine the Experimental T for current: Determine the Experimental T for the variables interaction: Determine the Critical Value of T: Based on T test, what conclusion should be taken for Weight: Significant impact for the Current and Weight Significant impact for the Weight No significant impact of the Weight None of the above Based on T test, what conclusion should be taken for Current: Significant impact for the Speed and Pressure Significant impact for the Pressure No significant impact of the Pressure None of the above Based on T test, what conclusion should be taken for the interaction: Significant impact for the Speed and Pressure Significant impact for the interaction No significant impact of the Speed and Pressure A and B Determine the impact for the Speed: Determine the impact from the Pressure: Determine the impact of the interaction of both variables: Determine the Experimental Error Deviation: Determine the Experimental T for Speed: Determine the Experimental T for Pressure: Determine the Experimental T for the variables interaction: Determine the Critical Value of T that will be used to compare the experimental value: Based on T test, what conclusion should be taken for Speed: Significant impact for the Speed and Pressure Significant impact for the Speed No significant impact of the Speed None of the above Based on T test, what conclusion should be taken for Pressure: Significant impact for the Speed and Pressure Significant impact for the interaction No significant impact of the Pressure None of the above Based on T test, what conclusion should be taken for the interaction: Significant impact for the Speed and Pressure Significant impact for the interaction No significant impact of the Speed and Pressure A and B