Maths-
General
Easy
Question
Distance between the two parallel lines
and
is
The correct answer is: ![fraction numerator 2 over denominator square root of 5 end fraction](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAACIAAAAqCAYAAADWFImvAAAACXBIWXMAAA7EAAAOxAGVKw4bAAAABGJhU0UAAAAXQ/cXWQAAAWxJREFUeNrtmE8oBGEYxic5SHOglIsiOUhubBFn7VmryNVBTnJyoNwcHRwpNwf5dxBHbZLWhZxEcnTYohyQMH5fPafNbmOGfad2nvo1M99M7zx9f2a+9/W8aBqCbXiGd7iESc9AeZgAX9c9cKo2c7XDlZcQvSXBxKCGx1QNUNAkNlMz7MOIpYlOmeiyNNENa9BoaaIVtqDeenIeqEfMFVQgVaraUWBEqlS1Iz8pq2UcjpPQI0cwZW2iBZ50NNU07CVhn+LmRq6MkaqpA4rKZUyNzGv37lkbuYBsNY34P7T1wkOFNCJQvcTVTQ5hrkycUHJZ24aCDpfcW4aVEDGc0T5YhOuoqceCjLjvxHnJvXvo/2U8lxPn4wzNDHwpq3MagNuI2V3suskLbOp8FZYixHDz6i6ukXV4VS8UQ4z1rgo2dSIrE6NxjTTBJ+zAWYjnx+AGPuBRiXrmr5bxiVbQrPUPLiMjbUnYe+T++wXfWlN74foQb00AAABxdEVYdE1hdGhNTAA8bWF0aCB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMTk5OC9NYXRoL01hdGhNTCI+PG1mcmFjPjxtbj4yPC9tbj48bXNxcnQ+PG1uPjU8L21uPjwvbXNxcnQ+PC9tZnJhYz48L21hdGg+J/30nQAAAABJRU5ErkJggg==)
Given lines are
and ![A B equals 2 A D equals 2 square root of 81 minus 9 end root equals 2 square root of 72 equals 12 square root of 2](data:image/png;base64,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)
Both the lines are on same side of origin.
Distnace between two parallel lines =
.
Related Questions to study
chemistry-
When propionic acid is treated with aqueous sodium bicarbonate is liberated. The ‘C’ of CO2 comes from
When propionic acid is treated with aqueous sodium bicarbonate is liberated. The ‘C’ of CO2 comes from
chemistry-General
chemistry-
The following compound is used as
![](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAKoAAAB9CAMAAAAFkwgnAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAALcUExURf///+7u7ri4uH9/f2VlZWZmZoyMjM3Nzdvb26CgoHJyckZGRi8vLywsLDg4OHZ2dszMzPb29uHh4YGBgUpKSru7u8TExHNzc0BAQHBwcM/Pz+bm5oSEhExMTHR0dMjIyMDAwFZWVjs7O6Ojo/z8/PHx8aenpz8/P2NjY9fX14KCgjAwMIqKivn5+WJiYktLS6Kiov39/X5+fjMzM46Ojvr6+pOTkzo6OnFxcdTU1L6+vmFhYUlJSaurq3p6ejU1NZKSkuzs7P7+/pCQkEFBQdHR0eLi4uTk5J6ent3d3W1tbT09PaioqPPz85+fn1FRUerq6jc3N4uLi/Dw8KmpqURERO/v71tbW+Xl5a2trZeXly4uLlJSUmxsbODg4JiYmFxcXE9PT1dXV3x8fPLy8uvr6+jo6Pv7+9nZ2efn5+Pj4+np6b+/v7y8vMfHx8PDw8rKysHBwcvLy87OztbW1vf398LCwqamprKystXV1dra2re3t/X19fT09L29va+vr7GxsaGhoSgoKCMjIzIyMsnJyXV1dfj4+CQkJF1dXSAgIB0dHTY2Nt/f38bGxhsbGyUlJd7e3o+Pj2hoaJGRkU1NTZWVlYeHh2lpaVpaWm5uboWFhWtra4aGhoODg4CAgJmZmR4eHmRkZGpqalVVVTk5OXh4eNjY2Dw8PNzc3KysrLa2tqSkpEhISF5eXtLS0tDQ0G9vb4mJie3t7Xd3d1NTU9PT01RUVC0tLbW1tXl5ebq6ukJCQlhYWCIiIiEhIRcXFyoqKpqamp2dnbCwsF9fX0dHR5SUlGBgYJubm42NjaqqqkVFRYiIiGdnZzQ0NH19fa6urj4+PrOzs6WlpVBQUHt7e0NDQ7m5uSkpKZycnCYmJpaWlicnJ8XFxSsrK1lZWU5OTrS0tBEREQAAAAsLCzExMRQUFBkZGRgYGA0NDRISEgQEBBoaGh8fHxAQEBUVFRMTEwgICAAAAKSiW/MAAAD0dFJOU////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////wAY4PcXAAAACXBIWXMAABcRAAAXEQHKJvM/AAAHJElEQVR4Xu1bzZXrLAwdLdizoRKqUAH0x4ISWNMAhyoyhXxXgmTsGSdx5kvGzju+752Jf2NxuRIyIh8HFkAuG9Ps2NszOObgi8/7t5VyaM7avH9bqQW10SYf+5G9gqI3rBvZNz2yWziTOpnc9m5q9FlJ/XApVN3YK6TbSbdi6ELYLTj7qqayGRu7hVgon1R92HmsGgKgGsLOSf34qCFVpprOkt0xOIYSQsh13z6lAKMpZTf29g0Cxua+QczE72ErO8C+ianWOvsGPgUBqKlvwWo39S1Y7QJ4I1bfyK0OrT4XYPVd4irB0Hdh1bK1/Basglf9f+DAgf8DdjXW6Zs0sRxAgr3oXuxidXKScGOt9vwxTr8QsCuV4s3X2xTZHEoxSLGXgpaNuDxFOelCOfnGNp1OZUwfvRTWpBabCZc3P24h5RhrM/GnpXhJDKa1Gk1jXFl8A6vRo2EvYxXvT30DDOKhMquS+xG8XYeIIxTDz/lVmSDQ2VeX5HJrdLaA8uPTW6tbZqNYA3D2fav6pJ8yA9QZsvHnG7bMD+tJjpUwCBudNXLd4keArGhs3QHn1J9INSS9B7oLaqq9zABfiP8CtTFPLGfFXq1tcHt02oCrSaauuQmdPp5oz5OodJ5XjcFcb69LaTrn6lS3sUtoPcSRPWDq3VyDc5/tB1xIvW3WdGWCt9lzic+Qb61+1o7qi+BU+q0yhaDHb4OqCSZa11JIQ4bXMLEUwhz0no04T1oOwLek/YDcItRPjOGWGiIqooc21xq/gl5yOWkFh6jmkEy8ETpg6cVfIVWjV1Iu3TMIbja5FwykDm3dZfZdYbPeA6lqK63QNG3nAtD3oLTamqM03bVbMoBOJ48b5RR0e/cu2Rqnz0MVHL1vAHDCrhc5STHrFOz4kLHNtjv1I2fQGov2504mO/TJlb6Y9L5A3Aq2RH+Z+HVmWO8WegahTW0l6xit6rXN/KVfvO2MrUWIXaA0wtLLOKz9ZtrPhwmn02+jCCfOEjnGAdyafMq5IQn4aarq0eSMJMBiOBatOFPKYAWOcqswy6LNiL4HsdOvJqsy+PaShDFzZqnYiuE+zJ4Ac3Do23Vn4Bs0YSAMqgVakfs70yIPGK9bS0DADt3Q+J0EkQFOTm1F//2wgOUFddYgZEpyaIFTgV6PZ+EqvIPpvuwCRBDhQtqgkF6Ht0snLs2HIxqI615k8E2nr0BdNpWdkgn5XQ9nYN0j3OppSOKVmZrQ7BbSBoBBZnbIHvH3CusAgXmPTA1bL+YU6kJKuMCFGlotQj+IHceW0WXQIjLSl/Y+HDwvpC3w74Any7B/I7m4gJsvYZuVCJ1S0aq5M94P4IaX6vQakNBKZmKbWQryy2AzYt/fwqHXoVLYu9JQDM7OXFKUP4QUbBlaTW1Vdih+VRG0tjAVgdzJo2fj6C0w3tjsJqwioXXQ63p3Zp+It2FVTH1kWpFLQgqykal3Uu1v4ABWtzE1Pxh3IIDtWH3Y1E21+gDYm+0iwINa3Y7Vx7W6Iau/0Oq7RABhdYvE6jesykC8Qbb6L8dVgla3yqz+aa0eEeAe/vEIcGj1Huzjpr6bVt8iApS30SqZttHAqlp94IX1gyxT2+T3CMKqkxL3etgW/PopjufBNmNdCG22LuIWOJpgWjZtqWTyUnALjpzw5JYXbHyDzLFHJpdKWjtv+CzYjGcyy1z0ik6FsnEZ1EIuh2kd8C+g5bMMY6UI2G7PXUlFM11kHUWxf2osyVxwEGNr9gEKvEYtwQPDV4kQoWBVbfm5sFWMqFZlcK3AItPwZu58UjyYVw3/AHBrMdJace/oflLF8LyFmoo15WYh9CXofgJmQZ6ULWdckVK6RDfVUMy8abqSol/aF1VIWVI/n8U/adUqR2vVeaZUITR5gwg1dmfQQDdVLCGa+R4c1AtEIlJihK6fZSrQo0G1tRdbxzfDGFFp31mArPK4hAJdoJGSLyoWaz4/ZXkXN/95Ctdqu7/DkAGUKdbJV481F7eeoqGgky5Dg6xHcaGvCLHpNFZ5IB+Ta5+JbmXUaqukXFoevjeGwiuLhgJORRMZisULrRyK5m2cwyt+xdpDVq1RFj3o6LSCD6gS9HE+qYVooS9yWw1Bb+avJSJPhkQmyI+dLGVY9wiukUHi6bwU0BfcSA0mWiCeXvWDS5I1FeDzdsV9DglFtfiRp3dWSdZ3Fo9/n9MVVU+GFNOF2bG7ChRPfdFiNxUHwikZIJXTS39wTXZ1DjsAqfYlYej5IssX7fihrU2zRWwvwKN9RhdTh9GudK9y21S6b+DL1OqFRkTTvn9zveU2OLuVSycZWfm8ePW8RHBHsHiNYYgcKYy4l/zSWg4jEDx3UH0GYKtkAJrt6MCPMYxiOn3OFlzuA85IXqVcSmYgaRVeNLGxOwWgs3uGKuhJ6vnQ/kw9cODAgQMHDhw4cODAPvHx8R/XRS/zNw30pQAAAABJRU5ErkJggg==)
The following compound is used as
![](data:image/png;base64,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)
chemistry-General
physics-
In the reaction, product P is
In the reaction, product P is
physics-General
chemistry-
The compound X in the reaction
is
The compound X in the reaction
is
chemistry-General
chemistry-
The major organic product formed from the following reaction
![](data:image/png;base64,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)
The major organic product formed from the following reaction
![](data:image/png;base64,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)
chemistry-General
chemistry-
The compound (X) is
The compound (X) is
chemistry-General
chemistry-
The product of acid hydrolysis of P and Q can be distinguished by
![](data:image/png;base64,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)
The product of acid hydrolysis of P and Q can be distinguished by
![](data:image/png;base64,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)
chemistry-General
chemistry-
Major Product is
Major Product is
chemistry-General
chemistry-
The appropriate reagent for the transformation
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)
The appropriate reagent for the transformation
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)
chemistry-General
chemistry-
; Compound
on hydrolysis gives[Kerala CET 2005]
; Compound
on hydrolysis gives[Kerala CET 2005]
chemistry-General
chemistry-
Which one of the following undergoes reaction with 50% sodium hydroxide solution to give the corresponding alcohol and acid
Which one of the following undergoes reaction with 50% sodium hydroxide solution to give the corresponding alcohol and acid
chemistry-General
chemistry-
The compound which reacts with Fehling solution is
The compound which reacts with Fehling solution is
chemistry-General
chemistry-
Acetaldehyde reacts with (in excess) to give
Acetaldehyde reacts with (in excess) to give
chemistry-General
chemistry-
Schiff's reagent gives pink colour with
Schiff's reagent gives pink colour with
chemistry-General
chemistry-
Which of the following compound will react with ethanolic KCN
Which of the following compound will react with ethanolic KCN
chemistry-General