∫(t4−t23)dt 3. ∫(6x−5)dx 4. ∫xx2+1dx 5. ∫3secθtanθdθ 0. ∫(r2+π⋅r3)dr ∫(ex+x5)dx 3. ∫(3cosϕ+3ϕ)dϕ Evaluate the follo
Posted: Thu Jul 14, 2022 4:04 pm
∫(t4−t23)dt 3. ∫(6x−5)dx 4. ∫xx2+1dx 5. ∫3secθtanθdθ 0. ∫(r2+π⋅r3)dr ∫(ex+x5)dx 3. ∫(3cosϕ+3ϕ)dϕ
Evaluate the following definite integrals by matching each of the numbered items in the list with the numbers in the drop-down menus: 21ln3 −2249 ⋯−235 ln26 1−33 1. ∫−23xx2−4xdx 2. 3π ∫4π3πcsc2θdθ 3. 3 ∫132xdx 4. ∫0211−x21dx 5. ∫1et1 dt 6. ∫−2π2π3sinxdx 7. 3 ∫25(3x−4x2)dx
The velocity of a particle moving along a line is 2t meters per second. Find the distance traveled in meters during the time interval 1≤t≤3 3 2 9 5 7 8 4 6
Evaluate the following definite integrals by matching each of the numbered items in the list with the numbers in the drop-down menus: 21ln3 −2249 ⋯−235 ln26 1−33 1. ∫−23xx2−4xdx 2. 3π ∫4π3πcsc2θdθ 3. 3 ∫132xdx 4. ∫0211−x21dx 5. ∫1et1 dt 6. ∫−2π2π3sinxdx 7. 3 ∫25(3x−4x2)dx
The velocity of a particle moving along a line is 2t meters per second. Find the distance traveled in meters during the time interval 1≤t≤3 3 2 9 5 7 8 4 6