1,2(1,9)3(2,9) $42(No, that's incorrect. Try again.HINT: )$43($4255Solve the system again. You should NOT get a true statement indicating dependent equations.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)n(1=2)
4(1e2-)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE.3x - y = 13x - y = 2The solution is ? .iT11 3x - y = 1 3x - y = 220m20No coefficients are opposites. Multiply both sides of second equation by -1.m0 3x - y = 1-3x + y = -2p20Add the equations. 0 = 4pSince this is never true, the system is inconsistent and has no solutions.
"NONE"#"INFINITE"@$43_$46
1,2(1,9)3,4(2,5) $42(No, that's incorrect. Try again.HINT: )$43($4255Solve the system again. You should NOT get a true statement indicating dependent equations.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)n(1=2)
5(3e4*)6(4e1*)7(6e2+)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE. 3x + y = 1-5:2x - 4y = 2The solution is ? .iT11 3x + y = 1-5:2x - 4y = 220m20No coefficients are opposites. Multiply both sides of first equation by 4.m0 5:2x + 4y = 6-5:2x - 4y = 2p20Add the equations. 0 = 7pSince this is never true, the system is inconsistent and has no solutions.
"NONE"#"INFINITE"@$43_$46
1,2,3(2,7) $42(No, that's incorrect. Try again.HINT: )$43($4255Solve the system again. You should NOT get a false statement indicating an inconsistent system.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)
4(1e2*)5(2e3*)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE. 1x - 3y = 04:2x - 5:2y = 0The solution is ? .iT11 1x - 3y = 0 4:2x - 5:2y = 0+20m20No coefficients are opposites. Multiply both sides of first equation by -2.m0-4:2x + 5:2y = 0 4:2x - 5:2y = 0p+20Add the equations. 0 = 0pSince this is always true, the system has an infinite number of solutions and the equations are dependent.
"INFINITE"#"NONE"@$43_$46
1,2(1,7)3,4,5(2,5) $42(No, that's incorrect. Try again.HINT: )$43($4255Type parentheses in your answer. Enter your answer as an ordered pair (x,y).)$44($4255Solve the system again. You should NOT get a true statement indicating dependent equations.)$45($4255Solve the system again. You should NOT get a false statement indicating an inconsistent system.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)n(4e5g>1)n(5e3*=4)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE.6:2x - 4y = 7 3x - 5y = 8The solution is ? .iT11 6:2x - 4y = 7 3x - 5y = 820m20No coefficients are opposites. Multiply both sides of second equation by -3.m0 6:2x - 4y = 7 -6:2x + 9:2y = 10p20m20The coefficients of x are opposites. Add the equations.m0 11:2y = 12p20Solve for y. y = 2pcs 6:2x - 4y = 7 3x - 5y = 8 y = 220m20Replace y by 2 in original equation.m0 3x - 5(2) = 8p20Solve for x. 3x = 13p x = 1pThe solution is (1,2).
1(1,9)2,3(2,7) $42(No, that's incorrect. Try again.HINT: )$43($4255Solve the system again. You should NOT get a false statement indicating an inconsistent system.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)
4(2e3*)5(2e1*)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE. x + 3y = 12x + 4:2y = 5The solution is ? .iT11 x + 3y = 1 2x + 4:2y = 5+20m20No coefficients are opposites. Multiply both sides of first equation by -2.m0-2x - 4:2y = -5 2x + 4:2y = 5p+20Add the equations. 0 = 0pSince this is always true, the system has an infinite number of solutions and the equations are dependent.
"INFINITE"#"NONE"@$43_$46
1(1,9)2,3,4(2,7) $42(No, that's incorrect. Try again.HINT: )$43($4255Solve the system again. You should NOT get a true statement indicating dependent equations.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)
5(3e2*)6(3e4*)7(3e1*)8(1e7-)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE. 2x - 4y = 15:2x - 6:2y = 1The solution is ? .iT11 2x - 4y = 1 5:2x - 6:2y = 120m20No coefficients are opposites. Multiply both sides of first equation by -3.m0-5:2x + 6:2y = -7 5:2x - 6:2y = 1p20Add the equations. 0 = 8pSince this is never true, the system is inconsistent and has no solutions.
"NONE"#"INFINITE"@$43_$46
1,2(1,7)3,4,5(2,5) $42(No, that's incorrect. Try again.HINT: )$43($4255Type parentheses in your answer. Enter your answer as an ordered pair (x,y).)$44($4255Solve the system again. You should NOT get a true statement indicating dependent equations.)$45($4255Solve the system again. You should NOT get a false statement indicating an inconsistent system.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)n(4e5g>1)n(5e3*=4)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE.6:2x - 4y = 7 3x - 5y = 8The solution is ? .iT11 6:2x - 4y = 7 3x - 5y = 820m20No coefficients are opposites. Multiply both sides of second equation by -3.m0 6:2x - 4y = 7 -6:2x + 9:2y = 10p20m20The coefficients of x are opposites. Add the equations.m0 11:2y = 12p20Solve for y. y = 2pcs 6:2x - 4y = 7 3x - 5y = 8 y = 220m20Replace y by 2 in original equation.m0 3x - 5(2) = 8p20Solve for x. 3x = 13p x = 1pThe solution is (1,2).
1,2(1,9)3(2,9) $42(No, that's incorrect. Try again.HINT: )$43($4255Solve the system again. You should NOT get a true statement indicating dependent equations.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)n(1=2)
4(1e2-)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE.3x - y = 13x - y = 2The solution is ? .iT11 3x - y = 1 3x - y = 220m20No coefficients are opposites. Multiply both sides of second equation by -1.m0 3x - y = 1-3x + y = -2p20Add the equations. 0 = 4pSince this is never true, the system is inconsistent and has no solutions.
"NONE"#"INFINITE"@$43_$46
1(1,9)2,3(2,7) $42(No, that's incorrect. Try again.HINT: )$43($4255Solve the system again. You should NOT get a false statement indicating an inconsistent system.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)
4(2e3*)5(2e1*)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE. x + 3y = 12x + 4:2y = 5The solution is ? .iT11 x + 3y = 1 2x + 4:2y = 5+20m20No coefficients are opposites. Multiply both sides of first equation by -2.m0-2x - 4:2y = -5 2x + 4:2y = 5p+20Add the equations. 0 = 0pSince this is always true, the system has an infinite number of solutions and the equations are dependent.
"INFINITE"#"NONE"@$43_$46
6(2,7)1(2,9)2(5,9)3(1,9) $42(No, that's incorrect. Try again.HINT: )$43($4255Solve the system again. You should NOT get a false statement indicating an inconsistent system.)$46($4255Solve the system of equations using addition. Check your answer in both equations.)
7(6e1*)8(6e2*)9(6e3*)11(1i)12(7i)13(8i)14(9i)
Use the addition method to solve this system. Type the ordered pair solution as (x,y). If there is an infinite number of solutions, type INFINITE. If there is no solution, type NONE.7:2x - 8:2y = 911:2x + 2:2y = -3The solution is ? .iT117:3x - 8:2y = 911:3x + 2:2y = -325No coefficients are opposites.25Multiply both sides of second25equation by 6.7:3x - 8:2y = 912:3x - 13:2y = 14p25Add the equations.+8,+0 0 = 0pSince this is always true, the system has aninfinite number of solutions and the equationsare dependent.