Consider a beam fixed on its left is under the multiple loadings as shown above.

How much is the vertical reaction force at the support on its left end in kN$?$

Question $1$ options:

$-18$

$32$

$18$

$24$

Question $2(1$ point$)$

$$

Listen

How much is the horizontal reaction force at the support on its left end in kN$?$

Question $2$ options:

$0$

$-18$

$32$

$-24$

Question $3(1$ point$)$

$$

Listen

How much is the reaction moment at the support on its left end in kNm$?$

Question $3$ options:

$21$ in counterclockwise

$32$ in clockwise

$58$ in clockwise

$46$ in counterclockwise

Question $4(1$ point$)$

$$

Listen

How much is the shear force at the support on its left end in kN$,(1)?$

Question $4$ options:

$0$

$32$

$18$

$-21$

Question $5(1$ point$)$

$$

Listen

How much is the shear force at x $=2$ m where the couple moment locates in kN$,(2)?$

Question $5$ options:

$18$

$-250$

$-218$

$32$

Question $6(1$ point$)$

$$

Listen

How much is the shear force at x $=4$ m where the distributed load begins in kN$,(3)?$

Question $6$ options:

$-250$

$-218$

$18$

$32$

Question $7(1$ point$)$

$$

Listen

How much is the shear force at x $=8$ m where the distributed load ends in kN$,(4)?$

Question $7$ options:

$-18$

$18$

$-22$

$0$

Question $8(1$ point$)$

$$

Listen

How much is the shear force at x $=9$ m the right end of the beam in kN$,(5)?$

Question $8$ options:

$-18$

$-22$

$0$

$18$

Question $9(1$ point$)$

$$

Listen

How much is the bending moment at the support of the beam $($x $=0$ m$)$ in kNm$,(6)?$

Question $9$ options:

$58$

$21$

$18$

$-22$

Question $10(1$ point$)$

$$

Listen

How much is the bending moment at x $=2$ m just before the couple moment acts in kNm$,(7)?$

Question $10$ options:

$-21$

$-128$

$58$

$122$

Question $11(1$ point$)$

$$

Listen

How much is the bending moment at x $=2$ m just after the couple moment acts in kNm$,(8)?$

Question $11$ options:

$122$

$-21$

$-128$

$58$

Question $12(1$ point$)$

$$

Listen

How much is the bending moment at x $=4$ m where the distributed load begins in kNm$,(9)?$

Question $12$ options:

$18$

$57$

$-64$

$-27$

Question $13(1$ point$)$

$$

Listen

How much is the bending moment at x $=8$ m where the distributed load ends in kNm$,(10)?$

Question $13$ options:

$58$

$-64$

$32$

$0$

Question $14(1$ point$)$

$$

Listen

How much is the bending moment at x $=9$ m the right end of the beam in kNm$,(11)?$

Question $14$ options:

$58$

$32$

$0$

$-64$ Question $9(1$ point$)$

How much is the bending moment at the support of the beam $(\backslash ($ x$=0\backslash$mathrm$\{$~m$\}\backslash ))$ in kNm$,(6)?$

$58$

$21$

$18$

$-22$

Question $10(1$ point$)$

How much is the bending moment at $\backslash (\backslash$mathrm$\{$x$\}=2\backslash$mathrm$\{$~m$\}\backslash )$ just before the couple moment acts in kNm$,(7)?$

$-21$

$-128$

$58$

$122$

Question $11(1$ point$)$

How much is the bending moment at $\backslash (\backslash$mathrm$\{$x$\}=2\backslash$mathrm$\{$~m$\}\backslash )$ just after the couple moment acts in kNm$,(8)?$ Consider a beam fixed on its left is under the multiple loadings as shown above.

How much is the vertical reaction force at the support on its left end in kN $?$

$-18$

$32$

$18$

$24$

Question $2(1$ point$)$

Listen

How much is the horizontal reaction force at the support on its left end in kN $?$

$0$

$-18$

$32$

$\backslash (-24\backslash )$

Question $3(1$ point$)$

How much is the reaction moment at the support on its left end in kNm $?$

$21$ in counterclockwise

$32$ in clockwise

$58$ in clockwise

$46$ in counterclockwise How much is the shear force at the support on its left end in $\backslash (\backslash$mathrm$\{$kN$\},(1)\backslash )?$

$0$

$32$

$18$

$-21$

Question $5(1$ point$)$

How much is the shear force at $\backslash ($ x$=2\backslash$mathrm$\{$~m$\}\backslash )$ where the couple moment locates in kN $,(2)?$

$18$

$-250$

$-218$

$32$

Question $6(1$ point$)$

Listen

How much is the shear force at $\backslash (\backslash$mathrm$\{$x$\}=4\backslash$mathrm$\{$~m$\}\backslash )$ where the distributed load begins in kN $,(3)?$

$\backslash (-250\backslash )$

$-218$

$18$

$32$

Question $7(1$ point$)$

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