如图甲所示r1为�动变阻器r0r2为定值电阻电源电压u保持不变．建立直角坐标系横轴表示电流纵轴表示电压．改变�动变阻器�片p的位置 Sketch Coloring Page

如图甲所示r1为�动变阻器r0r2为定值电阻电源电压u保持不变．建立直角坐标系横轴表示电流纵轴表示电压．改变�动变阻器�片p的位置 Template

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sketch #5095 Lion by Frederic Knauer

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sketch #3042 Tobi by Mirnes Sinanovic

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sketch #3042 Tobi by Mirnes Sinanovic

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sketch #3350 Gerard Way by Carrieann Benthem

sketch #3321 Baby Mirella Flowers

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sketch #5149 Daenerys Targaryen by Jorge Valero

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tomski如图甲所示r1为�动变阻器r0r2为定值电阻电源电压u保持不变．建立直角坐标系横轴表示电流纵轴表示电压．改变�动变阻器�片p的位置 coloring

百度教育 sketch template

两个定值电阻R1、R2并联在电路中如图甲所示它们的电流与其两端的电压关系如图乙所示闭合开关S则R1R2产生的热量之比为 A sketch template

如图所示，电源电压恒为18V，定值电阻R1=20Ω，�动变阻器R2标有“40Ω 05A”，电流表A的量程为006A，电压表量程为0 sketch template

如甲图所示的电路中电源电压不变R1为定值电阻．闭合开关S将�动变阻器R2的�片P从a�b移动的过程中电压表和电流表的示数变化情况如乙图 sketch template

如图甲所示R1为�动变阻器R0R2为定值电阻电源电压U保持不变．建立直角坐标系横轴表示电流纵轴表示电压．改变�动变阻器�片P的位置 sketch template

如图甲所示的电路中R1为定值电阻R2为�动变阻器电源电压不变．闭合开关S后�片P从a端移动到b端电流表示数I与电压表示数U的变化关系 sketch template

如图甲所示的电路中 电源电压保持不变 为定值电阻 R为�动变阻器。闭合开关S 移动�片P �动变阻器消耗的电功率出卷� sketch template

如图甲所示的电路中电源电压不变R1为定值电阻．闭合开关调节�动变阻器R2电压表V1V2的示数随电路中电流的变化图线如图乙所示．1 sketch template

4．在如图a所示的电路中R1为定值电阻 R2为�动变阻器闭合电键S将�动 变阻器的�动触头P从最右端�到最左端两个电压表的示数 sketch template

题目如图甲所示电路中电源电压不变R1是定值电阻R2是�动变阻器闭合开关将�动变阻器的�片从一端移到另一端的过程中电路中电流表示 sketch template

题目如图甲所示的电路中R1R2均为定值电阻且R1＝100 ΩR2阻值未知R3为一�动变阻器．当其�片P从左端�至右端时测得电源 sketch template

在如图甲所示的电路中电源电压保持不变R1为定值电阻R2为�动变阻器．闭合开关S调节�动变阻器将�动触头P从最左端�到最右端两电压表 sketch template

如图甲所示的电路中R2为�动变阻器R1R3为定值电阻电源两端电压保持恒定不变改变�片P的位置两电压表的示数与电流表的示数对应关系的 sketch template

题目在如图甲所示的电路中电源电压U＝4V电阻R1＝20Ω闭合开关S当�动变阻器的�片P移至某处时电路中电流表A的示数如图乙所示 sketch template

如图甲所示的电路 R2为�动变阻器 R1为定值电阻 电源两端电压保持恒定不变。当�片P从最右端b�到最左端a的过出卷� sketch template

32．图20甲所示的电路中R1为�动变阻器ROR2 均为定值电阻电源两端电压保持不变改变�动变阻器R1的�片位置两电压表的示数随 sketch template

如图甲所示是小明“探究电流与电压、电阻的关系”的实验电路图。选用的实验器材是：电源3V、电流表（00 6A）、出卷� sketch template

如图甲所示电源电压保持不变R1=10Ω．当闭合开关S�动变阻器的�片P从a端移动到b端的过程中两电表示数变化关系用图乙的线段AB表示 sketch template

如图甲所示电路中电源两端电压保持不变R0为定值电阻R1为�动变阻器．图乙是该�动变阻器消耗的电功率与电流关系的图象．求1当电路中 sketch template

如图甲所示是两电阻R1R2各自的U I图线求1电阻R1的阻值为多大 2如果把R1R2两个电阻串联接成如图乙所示的电路时 sketch template

如图甲所示的电路图中电源电压为12V电阻R1的I U图象如图乙所示．当闭合开关�动变阻器R接入电路的阻值为40Ω时则下列选项正确的是 sketch template

小红用如图甲所示的实验电路“探究电流与电阻的关系”，实验中所用定值电阻的阻值分别为各一个。（1）电路图中�动变阻器的作用是和控制定值电阻两端 sketch template

题目如图甲所示的电路中R0为定值电阻R1为�动变阻器其最大阻值为40Ω闭合开关后当�动变阻器的�片P从a端移至b端的过程中 sketch template

如图所示的电路中R0为�动变阻器R1R2为定值电阻且R1＜R2E为电压恒定的电源．当开关S闭合后�动变阻器的�片P�右�动时流过 sketch template

如图甲所示电路电源电压保持不变闭合开关S当�动变阻器的�片P从右端�到左端的过程中R1、R2的I U关系图象如图乙所示则下列判断正确 sketch template

11．如图所示甲图中变阻器的�片从一端�到另一端的过程中两电表的读数随电流表读数的变化情况如乙图中的ACBC两直线所示．不考� sketch template

如图甲所示电路电源两端电压不变R1是�动变阻器R2是定值电阻当开关S闭合后逐步改变�动变阻器接入电路的电阻值根据电压表与电流表的示 sketch template

“探究电流与电阻关系”的实验实物图如图甲所示，定值电阻的阻值分别为5Ω、10Ω、15Ω、20Ω。（1）连接电路时�现，电路中有一根导线连接错误 sketch template

如图2所示的电路中电源电压不变开关闭合后若�动变阻器的�片P�右端移动则 A电压表的示数和电流表的示数都增大 B电压表的示数和电流 sketch template

如图甲所示的电路中电源电压恒定．闭合开关S后�动变阻器的�片P由一端移到另一端时测得其中一电压表示数U与电流表示数I的变化关系如图乙所示 sketch template

在如图甲所示的电路中R0为定值电阻R为�动变阻器电源电压不变闭合开关S后调节�片P从a端移动到b端过程中电流表示数I与电压表示数U sketch template

题目如图甲所示的电路中R1R2均为定值电阻且R1＝100 ΩR2阻值未知R3为一�动变阻器．当其�片P从左端�至右端时测得电源 sketch template

如图甲所示电源电压为6V恒定不变�动变阻器R2最大阻值是20Ω．闭合开关�动变阻器的P R图象如图乙所示则R1=10Ω当�片P�至最 sketch template

如图甲所示电路中R0为定值电阻R1为�动变阻器图乙是该�动变阻器消耗的电功率与电流关系的图像则该�动变阻器的最大值是 Ω�动变阻器 sketch template

题目如图所示电源电压保持不变闭合开关后当�动变阻器的�片由左�右移动时下列判断正确的是A 电压表示数变大B 电流表示数变大C sketch template

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