interactions c2 (ws3)

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  • 7/25/2019 Interactions C2 (WS3)

    1/4

    My Pals are Here! Primary 5&6 Science - Interactions

    Name: _______________________ Class: __________ Date: ___________

    INQUIRY WORKSH

    "eme# Interactions

    $"a%ter # y%es o' 'orces

    SR$H I!

    eac"in( strate(y Questioning

    Process s)ills Recalling, predicting

    ime 15 minutes

    Stream Standard

    Observe the ollo!ing set"up#

    $a% Name the orce that causes the spring to be stretched#

    ______________________________________________________________

    $b% Name the orce in the spring that stretches it#

    ______________________________________________________________

    * ++, Mars"all $aen.is" International /Sin(a%ore0 Pte 1t.

    23m%er Pac) 1

    Spring

    &ass

    &eter stic'

    (able

  • 7/25/2019 Interactions C2 (WS3)

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    My Pals are Here! Primary 5&6 Science - Interactions

    $c% (he mass in the set)up is graduall* increased# +hich graph sho!s ho! the mass!ill aect the spring (ic' *our ans!er#

    -.plain *our ans!er#

    ______________________________________________________________

    ______________________________________________________________

    ______________________________________________________________

    $c% +hat variable !as 'ept constant in the e.periment in $c% (ic' *our ans!er#

    &ass added

    (*pe o spring

    * ++, Mars"all $aen.is" International /Sin(a%ore0 Pte 1t.

    23m%er Pac) /

    -.tension

    &ass0

    -.tension

    -.tension -.tension

    &ass0

    &ass0 &ass0

  • 7/25/2019 Interactions C2 (WS3)

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    My Pals are Here! Primary 5&6 Science - Interactions

    Original length o spring

    * ++, Mars"all $aen.is" International /Sin(a%ore0 Pte 1t.

    23m%er Pac)

  • 7/25/2019 Interactions C2 (WS3)

    4/4

    My Pals are Here! Primary 5&6 Science - Interactions

    INQUIRY WORKSH 4 NSWR

    "eme# Interactions

    $"a%ter # y%es o' 'orces

    SR$H I!

    $a% +eight o the mass

    $b% 2otential elastic energ*

    $c% (ic' this graph:

    Reason: +hen there is no mass added, the spring !ill not be stretched# So, the graph!ill start rom $0, 0%# +hen masses are added, the increasing !eight !ill

    continue to stretch the spring urther# So, the graph !ill slope !ith a positivegradient#

    $d%

    &ass added

    (*pe o spring

    Original length o spring

    * ++, Mars"all $aen.is" International /Sin(a%ore0 Pte 1t.

    23m%er Pac) 3

    -.tension

    &ass0