题目内容
（请给出正确答案）
[主观题]
Parallel lines run alongside each other but never meet.
A、clear
B、apart an equal distance at every point
C、going up and down
D、uniform
提问人：网友funfun34
发布时间：2022-01-07
如搜索结果不匹配，请 
A.Move
B.Mirror
C.Copy
D.Offset
题目内容
（请给出正确答案）
您可能会需要：
安装简答题APP，拍照搜题省时又省心！
更多“Parallel lines run alongside e…”相关的问题
第1题
【多选题】In using AutoCAD software, which of the following commands can be used to get parallel lines of an existing line？
第2题
In the figure below, lines a and b are parallel, and lines c and d are parallel.What is th
e measure of？∠x？
点击查看答案
A.95°
B.75°
C.100°
D.105°
E.115°
第3题
Tensile stress is a result of two forces acting in ______.A.opposite directions on the sam
Tensile stress is a result of two forces acting in ______.
A.opposite directions on the same line，tending to pull the material apart
B.opposite directions on the same line，tending to compress the object
C.opposite directions along parallel lines
D.the same direction along parallel lines
第4题
A special crossing consists of______.A．the name of a bankB．two parallel transverse linesC．
A special crossing consists of______.
A．the name of a bank
B．two parallel transverse lines
C．the word "not negotiable"
D．all of the above
第5题
一带电粒子平行磁感应线射入匀强磁场，则它作___运动； If a parallel magnetic induction line of the electric particle is injected into the uniform magnetic field, it will move ___.
A、直线； straight lines;
B、变速率圆周； speed change rate of the circumference;
C、匀速率圆周； uniform speed of the circumference;
D、螺线； spiral;
第6题
Engines, which are to be run in parallel have governors specially adapted for the same __
, about 4% to obtain basic load sharing.
点击查看答案
A.speed settings
B.speed droops
C.speed drops
D.speed changes
第7题
电场线处处平行的区域为什么是匀强电场？ Why is the area where the Electric Field Line is parallel everywhere Uniform Electric Field？
A、利用高斯定理可以证明同一电场线各点的电场强度相等；利用静电场环路定理可以证明不同电场线上的场 强相等，故电场线处处平行的区域一定是匀强电场； It can be proved that the Electric Field Intensity of each point of the same Electric Field Line is equal by using Gauss Theorem, and the Electric Field Intensity of different Electric Field Lines is equal by using Electrostatic Field Loop Theorem, so the area where the Electric Field Lines are parallel everywhere must be Uniform Electric Field;
B、利用高斯定理可以证明同一电场线各点的电场强度相等；利用静电场环路定理可以证明同一电场线上的场强相等，故电场线处处平行的区域一定是匀强电场； It can be proved that the Electric Field Intensity of each point of the same Electric Field Line is equal by using Gauss Theorem, and the Electric Field Intensity of same Electric Field Lines is equal by using Electrostatic Field Loop Theorem, so the area where the Electric Field Lines are parallel everywhere must be Uniform Electric Field;
C、利用高斯定理可以证明不同电场线各点的电场强度相等；利用静电场环路定理可以证明不同电场线上的场强相等，故电场线处处平行的区域一定是匀强电场； It can be proved that the Electric Field Intensity of each point of the different Electric Field Line is equal by using Gauss Theorem, and the Electric Field Intensity of different Electric Field Lines is equal by using Electrostatic Field Loop Theorem, so the area where the Electric Field Lines are parallel everywhere must be Uniform Electric Field;
D、利用静电场环路定理可以证明同一电场线各点的电场强度相等；利用高斯定理可以证明不同电场线上的场 强相等，故电场线处处平行的区域一定是匀强电场； It can be proved that the Electric Field Intensity of each point of the same Electric Field Line is equal by using Electrostatic Field Loop Theorem, and the Electric Field Intensity of different Electric Field Lines is equal by using Gauss Theorem, so the area where the Electric Field Lines are parallel everywhere must be Uniform Electric Field;
第8题
3. 升级的传统铁路
A、upgraded conventional railways
B、passenger designated lines
C、daily ridership
D、test run
第9题
Air in the fuel lines to the fuel injection nozzles of a diesel will result in ______.A.lo
Air in the fuel lines to the fuel injection nozzles of a diesel will result in ______.
A.lower compression pressures
B.overheating without smoking
C.failure to start
D.a run away without load
第10题
What procurement proposals can be generated during the MRP run? There are 3 correct answers to this question.()
A.Planned orders
点击查看答案
B.Quantity contracts
C.Schedule lines
D.Purchase requisitions
E.Purchase orders
