1(2,6)3,4(2,5)5,6(2,9) $42(No, that's incorrect. Try again.HINT: )$43(No, that's incorrect. Try again.HINT: 55Recall that a2 = a NOT a2.)$46($4255Use the product rule to simplify the radicals. Then add. Be sure your answer is in simplest form.) n(1f>1)n(1=3)
Simplify. Assume all variables are positive numbers. #if(0=0)Use Ctrl-S to begin a radical and the right arrow to end it.#elseUse a \ to begin a radical and a ] to end it.#endif57 + 68 = ? iT11c-57 + 68+20Simplify the radicals.p= 59 1 + 610 1p= 111 + 121p+20Combine terms.= (11 + 12)1p= 131
131#22""1""@$43_$46
1(2,6)3,4(2,5)5,6(2,9) $42(No, that's incorrect. Try again.HINT: )$43(No, that's incorrect. Try again.HINT: 55Recall that a2 = a NOT a2.)$46($4255Use the product rule to simplify the radicals. Then subtract. Be sure your answer is in simplest form.) n(1f>1)n(3=4)
Simplify. Assume all variables are positive numbers. #if(0=0)Use Ctrl-S to begin a radical and the right arrow to end it.#elseUse a \ to begin a radical and a ] to end it.#endif57 + 68 = ? iT11a57 + 68+20Simplify the radicals.p= 59 1 + 610 1p= 111 + 121p+20Combine terms.= (11 + 12)1p= 131
"13"1#if(13p=1)131#endif#24""1""@$43_$46
1(2,6)3,4,5(2,5)6,7,8(2,9) $42(No, that's incorrect. Try again.HINT: )$43(No, that's incorrect. Try again.HINT: 55Recall that a2 = a NOT a2.)$46($4255Use the product rule to simplify the radicals. Then add and subtract. Answers should be simplified.) n(1f>1)
Simplify. Assume all variables are positive numbers. #if(0=0)Use Ctrl-S to begin a radical and the right arrow to end it.#elseUse a \ to begin a radical and a ] to end it.#endif69 + 710 - 811 = ? iT11a69 + 710 - 811+20Simplify the radicals.p= 61 + 717 1 - 818 1p= 121 + 131 - 141p+20Combine terms.= (12 + 13 - 14)1p= 151
"15"1#24""1""@$43_$46
1(2,6)3,4,5(2,5)6,7,8(2,9) $42(No, that's incorrect. Try again.HINT: )$43(No, that's incorrect. Try again.HINT: 55Recall that a2 = a NOT a2.)$46($4255Use the product rule to simplify the radicals. Then add and subtract. Answers should be simplified.) n(1f>1)
Simplify. Assume all variables are positive numbers. #if(0=0)Use Ctrl-S to begin a radical and the right arrow to end it.#elseUse a \ to begin a radical and a ] to end it.#endif69 + 710 - 811 = ? iT11a69 + 710 - 811+20Simplify the radicals.p= 61 + 717 1 - 818 1p= 121 + 131 - 141p+20Combine terms.= (12 + 13 - 14)1p= 151
"15"1#24""1""@$43_$46
1(2,4)2(2,15)3(3,16) $42(No, that's incorrect. Try again.HINT: )$43($4255The radicals are not like radicals. Simplify the radicals using the product rule first.)$44($4255Simplify the radicals using the product rule first. Then combine like terms. Check your work.)$45($4255You cannot remove the x from the radical since it is not a perfect fourth power.)$46($4255) n(2=3)
2(2,5):p3(1,2)9,10(1,4)1,4(2,5)6(1,2) $42(No, that's incorrect. Try again.HINT: )$43(No, that's incorrect. Try again.HINT: 55Recall that a2 = a NOT a2.)$46($4255Use the product rule to simplify the radicals. Then subtract. Be sure your answer is in simplest form.) n(1<9)n(1e9g>1)n(4<10)n(4e10g>1)
Simplify. Assume all variables are positive numbers. #if(0=0)Use Ctrl-S to begin a radical and the right arrow to end it.#elseUse a \ to begin a radical and a ] to end it.#endif917 - 1048 = ? iT11a917 - 1048+20Simplify the radicals.p= 91112 - 104122p= 1L911R132 - 1L1041R142p= 1512 - 1642p+20Simplify and combine terms.= 172 - 182 p= 192
"19""2"#24""2""@$43_$46
1,3,4(2,10)9(1,2) $42(No, that's incorrect. Try again.HINT: )$43(No, that's incorrect. Try again.HINT: 55Recall that a2 = a NOT a2.)$46($4255Use the product rule to simplify the radicals. Then add. Be sure your answer is in simplest form.) n(1Dz=1D)n(4Dz=4D)n(1=4)
Simplify. Assume all variables are positive numbers. #if(0=0)Use Ctrl-S to begin a radical and the right arrow to end it.#elseUse a \ to begin a radical and a ] to end it.#endif1011 + 34 = ? iT11a1011 + 3430Use the product rule.p= 12 + 34p30Simplify the first radical.= 134 + 34p= 14 + 34p30Combine terms.= 144
"14""4"#21""4""@$43_$46
1,3,4(2,10)9(1,2) $42(No, that's incorrect. Try again.HINT: )$43(No, that's incorrect. Try again.HINT: 55Recall that a2 = a NOT a2.)$46($4255Use the product rule to simplify the radicals. Then add. Be sure your answer is in simplest form.) n(1Dz=1D)n(4Dz=4D)n(1=4)
Simplify. Assume all variables are positive numbers. #if(0=0)Use Ctrl-S to begin a radical and the right arrow to end it.#elseUse a \ to begin a radical and a ] to end it.#endif1011 + 34 = ? iT11a1011 + 3430Use the product rule.p= 12 + 34p30Simplify the first radical.= 134 + 34p= 14 + 34p30Combine terms.= 144
"14""4"#21""4""@$43_$46
1(2,5)2(2,9)3,4(2,4)5(2,5) $42(No, that's incorrect. Try again.HINT: )$43($4255Do not subtract inside the radicals. Simplify the radicals using the product rule first.)$44($4255The operation is subtraction NOT addition.)$45($4255Use the product rule to simplify the radicals first. Then combine like terms. Check your work.)